YeonGyo Nam | Digital Health Leteracy | Best Researcher Award

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Prof YeonGyo Nam | Digital Health Leteracy | Best Researcher Award

Professor, Sunmoon university, South Korea

Dr. Yeon-Gyo Nam is an Assistant Professor in the Department of Physical Therapy at Sunmoon University, South Korea. He holds a deep expertise in rehabilitation medicine with a special focus on advanced rehabilitation technologies for people with disabilities and elderly populations. His research emphasizes improving elderly engagement with digital therapeutics, with a commitment to developing accessible and effective digital healthcare technologies for older adults. Dr. Nam has a strong background in using innovative technologies like electromechanical gait training and virtual reality to enhance rehabilitation outcomes. He has also studied brain activity using functional near-infrared spectroscopy (fNIRS) during his tenure as a Research Professor at Dongguk University. His work is highly regarded, with numerous publications in top journals, and he continues to contribute to the field of rehabilitation medicine through both clinical and technological advancements.

Profile

Google Scholar

Scopus

Strengths for the Award

Dr. Yeon-Gyo Nam has demonstrated exceptional dedication and expertise in the field of rehabilitation medicine, particularly in the integration of digital therapeutics and advanced technologies for improving elderly care and rehabilitation outcomes. His pioneering research on digital therapeutics, neurorehabilitation, and the use of functional near-infrared spectroscopy (fNIRS) to study brain activity places him at the forefront of interdisciplinary healthcare research. Some key strengths include:

  1. Innovative Research: Dr. Nam has been involved in cutting-edge work such as the use of virtual reality, augmented reality, and electromechanical devices like Exowalk® for rehabilitation, which holds transformative potential for patient care.
  2. Multidisciplinary Approach: He effectively combines technologies like fNIRS with rehabilitation methods to explore new ways of improving mobility, balance, and cognitive functions, particularly for elderly and stroke patients.
  3. Published Research: Dr. Nam has authored numerous impactful papers in highly regarded journals like Healthcare and Applied Sciences, demonstrating a consistent ability to contribute to the academic field and influence the practice of rehabilitation medicine.
  4. Leadership in Elderly Care: His focus on digital health technologies for elderly populations reflects both societal relevance and forward-thinking in addressing the challenges posed by an aging population.
  5. Collaborative Research: Dr. Nam actively engages in multi-institutional collaborations, showcasing a strong ability to work within diverse research teams to develop practical solutions in healthcare technology.

Areas for Improvement

While Dr. Nam’s work has been groundbreaking, there are still opportunities for further enhancement in the following areas:

  1. Broader Impact Beyond Academia: Although his research is well-regarded in academic circles, increasing his presence in real-world applications and engaging more healthcare professionals or organizations could drive wider adoption of his research outcomes.
  2. Cross-Cultural and Global Applications: Expanding research to include cross-cultural studies or international collaborations could provide more comprehensive data, especially considering the universal relevance of aging populations and rehabilitation needs globally.
  3. Patient-Centered Outcomes: Although the focus of Dr. Nam’s work is on rehabilitation outcomes, incorporating more patient-reported outcomes (PROs) and qualitative data could enhance the real-world relevance of his research and provide deeper insights into user experiences with digital therapeutics.
  4. Funding and Grant Success: While Dr. Nam has been successful in securing some grants, increasing the scale of funding for large-scale clinical trials and long-term studies would help ensure that his findings are validated on a broader scale.

Education 

Dr. Yeon-Gyo Nam completed his undergraduate and graduate education in Physical Therapy, followed by a doctoral degree specializing in Rehabilitation Medicine. His academic journey led him to further specialize in integrating digital therapeutics and advanced rehabilitation technologies into clinical practices. His early work focused on rehabilitation for children with cerebral palsy and stroke patients, exploring both traditional and innovative treatment methods. His doctoral research and subsequent postdoctoral work allowed him to develop expertise in the application of functional near-infrared spectroscopy (fNIRS) to study brain activity, which he has applied in various rehabilitation contexts. Dr. Nam’s academic background is complemented by his experience in leading interdisciplinary research teams, producing impactful studies in digital health and neurorehabilitation. His education, combined with practical research, positions him as a leader in the evolving field of rehabilitation medicine, particularly in the integration of digital health technologies for elderly care.

Experience 

Dr. Yeon-Gyo Nam has held prominent academic positions in the field of rehabilitation medicine. Since March 2023, he has served as an Assistant Professor at Sunmoon University in South Korea, where he focuses on improving elderly engagement with digital therapeutics. In this role, he is pioneering research into the use of digital health technologies for older adults, studying the impact of digital interventions on physical and cognitive rehabilitation outcomes. Prior to this, he worked as a Research Professor at Dongguk University from 2020 to 2023, where he investigated brain activity through functional near-infrared spectroscopy (fNIRS) in the context of rehabilitation. His experience spans both clinical and research settings, collaborating with teams to integrate emerging rehabilitation technologies into mainstream healthcare. Dr. Nam has also been involved in designing and evaluating innovative rehabilitation devices, such as electromechanical-assisted gait trainers, which are used to improve mobility in stroke and brain injury patients.

Awards and Honors 

Dr. Yeon-Gyo Nam’s work in rehabilitation medicine and digital therapeutics has garnered widespread recognition in the academic community. His research has been cited extensively in the field, showcasing the global impact of his contributions. One of his key achievements includes being awarded multiple grants to develop and evaluate advanced rehabilitation technologies, particularly those targeting stroke rehabilitation and elderly care. He has been invited as a speaker at national and international conferences, sharing his findings on digital therapeutics and rehabilitation technologies. Dr. Nam’s publication in high-impact journals, including Scientific Reports, Healthcare, and Applied Sciences, has also contributed to his recognition. His innovative research has been featured in various academic awards for excellence in rehabilitation science. Additionally, Dr. Nam’s work in integrating augmented reality and electromechanical devices into rehabilitation practices has placed him at the forefront of technology-driven healthcare innovations, earning accolades for his contributions to improving rehabilitation outcomes.

Research Focus 

Dr. Yeon-Gyo Nam’s research focuses on the intersection of rehabilitation medicine and advanced healthcare technologies. His primary interest lies in the development and evaluation of digital therapeutics for elderly populations, with a particular emphasis on increasing engagement and improving adherence to digital interventions. He advocates for a step-by-step approach to digital healthcare technologies, ensuring that modern seniors can comfortably and effectively use these tools. His research also explores the potential of virtual reality, mixed-reality devices, and electromechanical gait training devices in rehabilitation. These technologies are aimed at improving mobility, balance, and cognitive functions in individuals with disabilities, particularly stroke and brain injury patients. Additionally, Dr. Nam’s work includes studying brain activity using functional near-infrared spectroscopy (fNIRS), enabling him to map neurological responses to rehabilitation interventions. Through his work, he aims to revolutionize rehabilitation care by blending traditional therapies with cutting-edge digital solutions, enhancing both the accessibility and effectiveness of rehabilitation services.

Publication Top Notes

  1. “Effects of Home-Based Breathing Exercises on Respiratory Function and Fatigue in COVID-19-Cured Young Patients” (2024) 🫁🦠
  2. “Effect of Digital Therapeutics on Range of Motion, Flexibility, Dynamic Balance, Satisfaction, and Adherence” (2024) 📱💪
  3. “Prefrontal Cortex Activation during Memory Training by Virtual Drum Beating” (2023) 🧠🥁
  4. “Integrative Medicine Rehabilitation for Children with Cerebral Palsy” (2021) 👶🧑‍🦽
  5. “Comparison of Static Balance according to Knee Flexion Angle” (2013) 🦵🔄
  6. “Effectiveness of Proprioceptive Neuromuscular Facilitation on Walking Speed, Discomfort, and Knee Extension in an Acute Stroke Patient” (2024) 🚶‍♂️💥
  7. “Comparing the Impact of Upper Body Control and Core Muscle Stabilization Training on Landing Biomechanics in Individuals with Functional Ankle Instability” (2024) 🏃‍♀️💥
  8. “Effects of Pseudo-Weight Resistance Training Using Mixed-Reality Technology on Muscle Activation in Healthy Adults: A Preliminary Study” (2023) 🏋️‍♂️🕶️
  9. “Rehabilitation Exercise Using a Smart-Bar Device with Augmented Reality Guide Function” (2023) 🎮💡
  10. “Efficacy and Safety of EXOWALK® on Electromechanical-Assisted Gait Training” (2022) 🚶‍♀️⚙️
  11. “Comparison of High-Intensive and Low-Intensive Electromechanical-Assisted Gait Training by Exowalk® in Patients Over 3-Month Post-Stroke” (2022) 🚶‍♂️⚖️
  12. “Efficacy of Electromechanical-Assisted Gait Training on Clinical Walking Function and Gait Symmetry After Brain Injury” (2022) 🧠🚶‍♀️
  13. “Efficacy of Electromechanical-Assisted Rehabilitation of Upper Limb Function in Post-Stroke Patients” (2021) 🤖💪

Conclusion

Dr. Yeon-Gyo Nam is a highly deserving candidate for the Best Researcher Award due to his substantial contributions to the field of rehabilitation medicine, his pioneering work in digital therapeutics, and his ability to blend technological innovation with healthcare applications. His research is not only advancing the academic understanding of rehabilitation technologies but is also pushing the boundaries of how we think about elderly care, mobility, and cognitive function. Given his proven track record, leadership in his field, and potential for further growth, Dr. Nam is a strong candidate for this prestigious award. With continued focus on expanding the clinical applications and global outreach of his research, he has the potential to make an even greater impact in improving the quality of life for patients worldwide.

Hsiao-Hsien Lin | Environmental Policy and Management | Best Researcher Award

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Assoc. Prof. Dr Hsiao-Hsien Lin | Environmental Policy and Management | Best Researcher Award

School of Physical Education, Jiaying University, Taiwan

Dr. Hsiao-Hsien Lin is an Associate Professor in the School of Physical Education at Jiaying University, with expertise in environmental engineering, sports science, and public health. He holds a Ph.D. in Environmental Engineering from Dayeh University and is also a master’s tutor at National Chin-Yi University of Technology, as well as a doctoral advisor at Dayeh University and National Changhua University of Education. Dr. Lin is an interdisciplinary scholar whose research spans environmental management, sports behavior, leisure industry management, and public health. His work addresses the intersection of sustainable development, public health, and leisure activities, with a focus on how these areas impact societal well-being and economic growth.

Profile

ORCID

Scopus

Strengths for the Award

  1. Interdisciplinary Expertise: Dr. Lin is an interdisciplinary scholar with a broad range of research interests, covering areas such as environmental management, sports psychology, leisure and sports industry management, and public health. This diverse knowledge base positions him well for cross-cutting research, facilitating the integration of different domains and enhancing the relevance and impact of his work.
  2. Extensive and Impactful Publications: Dr. Lin has an impressive number of publications (37 research articles) across reputable journals, focusing on various aspects of tourism, leisure, environmental sustainability, and public health. Notably, his recent work on low-carbon tourism, the impact of traditional Chinese medicine on health, and the effects of rural tourism on local economies highlights his ability to address pressing contemporary issues from diverse angles.
  3. Guest Editing Special Issues: Dr. Lin has contributed to the academic community as a guest editor for multiple special issues in renowned journals like Sustainability and Tourism and Hospitality Journal. These roles demonstrate his leadership within the academic community and his ability to guide important discussions on emerging trends, such as sustainable tourism post-pandemic, and the integration of low-carbon literacy into health and sports industries.
  4. Research Relevance and Societal Impact: Many of Dr. Lin’s research projects focus on areas that have practical implications for policy-making, urban development, and public health. His work on the effects of leisure activities on healthcare workers’ well-being, and his exploration of the role of tourism in rural economic revitalization, reflects his commitment to addressing real-world challenges through research.
  5. International Collaboration: Dr. Lin’s research is highly collaborative, involving scholars from a variety of institutions and regions, including contributions from other countries. This collaboration enhances the breadth and impact of his work, fostering global partnerships in research that transcend regional boundaries.
  6. Interdisciplinary Research in Environmental Engineering: With a PhD in Environmental Engineering, Dr. Lin brings a technical and scientific approach to his interdisciplinary research. His ability to apply engineering principles to social, cultural, and economic challenges demonstrates his broad intellectual versatility.
  7. Impact on Sustainable Development: Dr. Lin’s research on sustainable tourism, particularly in relation to environmental and rural development, aligns well with current global efforts toward sustainable development. His exploration of topics such as low-carbon tourism and the influence of tourism on the sustainable development of water resources, parks, and protected areas underscores the importance of his work in shaping future sustainability strategies.

Areas for Improvement

  1. Focus on Research Depth vs. Breadth: While Dr. Lin’s interdisciplinary approach is a strength, the sheer breadth of topics may risk spreading his research too thin across various domains. A more focused specialization within one or two core areas might help enhance the depth of his contributions to those fields. For example, continuing to expand his expertise on a specific aspect of tourism or public health could yield more profound insights and greater recognition in those areas.
  2. Enhanced Impact on Policy and Practice: While Dr. Lin’s work touches on policy-relevant topics, there could be a stronger focus on the practical application of his findings. Strengthening connections with government agencies, non-governmental organizations, and industry practitioners could facilitate the implementation of his research outcomes on the ground. Developing policy briefs or collaborative projects that involve stakeholders in policy and decision-making could enhance the real-world impact of his research.
  3. Collaboration with Industry: Although Dr. Lin’s work is academically significant, expanding collaborations with industry partners in tourism, sports management, and public health could lead to more tangible applications of his research. Joint research ventures with private enterprises could also lead to increased funding and wider dissemination of his work.
  4. Increase Visibility in the Global Research Community: While Dr. Lin is well-published and has extensive regional influence, further increasing his visibility in the global research community—perhaps through keynote speeches at international conferences or media outreach—could help establish his reputation as a leading expert in his field, particularly in sustainable tourism and public health.

Education

Dr. Lin earned his Ph.D. in Environmental Engineering from Dayeh University, Taiwan. His educational journey is rooted in environmental science, having developed a deep understanding of the connections between engineering, sustainable practices, and health. His academic background equips him with a comprehensive view of interdisciplinary fields such as sports management, environmental conservation, and the development of leisure industries. Dr. Lin’s research interest merges the technical aspects of environmental engineering with practical applications in public health, sports physiology, and tourism management. His extensive educational career also positions him as a mentor for graduate students, fostering research in sustainable solutions for the modern world.

Experience

Dr. Lin is an experienced educator and researcher, currently serving as an Associate Professor at Jiaying University. He also acts as a doctoral advisor at multiple universities, including Dayeh University and National Changhua University of Education. Over the years, Dr. Lin has contributed significantly to various research projects, especially in areas linking environmental sustainability with leisure, sports, and public health. His experience extends to being a guest editor for multiple special issues in prestigious journals such as Sustainability and Frontiers, focusing on low-carbon literacy, sustainable tourism, and post-pandemic behavioral shifts. Dr. Lin’s leadership in academic research and his teaching responsibilities make him a central figure in interdisciplinary studies.

Awards and Honors

Dr. Lin’s scholarly work has earned recognition in both academic and practical fields. He has been appointed as a guest editor for high-impact journals, including Sustainability and Frontiers. His research on rural development, environmental sustainability, and public health has received accolades for contributing to contemporary issues like post-pandemic tourism and sustainable leisure practices. His contributions to the integration of environmental science with public well-being have been acknowledged through numerous journal articles and projects funded by academic institutions and international organizations. Additionally, Dr. Lin has been recognized for his leadership in interdisciplinary research, particularly in promoting sustainable practices in tourism and sports industries.

Research Focus

Dr. Lin’s research focuses on the intersection of environmental management, public health, and leisure industries, with an emphasis on sustainable practices and sports-related behaviors. His work explores the impact of low-carbon initiatives in tourism, the physical and mental health of healthcare workers, and how leisure activities can enhance public well-being. Additionally, Dr. Lin investigates the role of sports performance in sustainable development, examining how the leisure and sports industries contribute to regional economic growth and environmental conservation. His studies often employ a multidisciplinary approach, bringing together expertise in environmental engineering, sports psychology, and public health to address complex societal issues.

Publication Top Notes

  1. Influence of Insect-Based Diets on Rural Leisure, Tourism, and Public Consumption—A Case Study from Yunnan, China 🦗🍽️
  2. Demystifying the Interconnections Among Natural Resources, Fintech, Green Technologies, and Sustainable Environment in E-7 Nations 🌱💻
  3. Investigating the Leisure Patterns and the Well-being of Healthcare Workers in High-Risk Environments 🏥🏃‍♀️
  4. Effect of Traditional Chinese Medicine Massage on Physical and Mental Health of Middle-Aged and Elderly Women 💆‍♀️🌿
  5. In the Context of the COVID-19 Pandemic, Can Coastal Ecological Resources Create a Safe Leisure and Tourism Environment? 🌊🏖️
  6. Can Cultural Tourism Resources Become a Development Feature Helping Rural Areas Revitalize the Local Economy Under the Epidemic? 🏘️🎭
  7. Uncovering the Illusion of Tourism Development and Seeking Sustainable Consensus for Religious Tourism ⛪🌿
  8. Research on the Impact of Tourism Development on Sustainable Development of Reservoir Headwater Area ⛲🏞️
  9. Fragmented Riverine Habitats in Taiwan: Spatio-Temporal Consequences 🏞️🐦
  10. Investigation of the Impact of Water Conservation Projects on the Economic, Leisure Environment, and Ecological Development of Cities 🌍💧

Conclusion

Dr. Hsiao-Hsien Lin is a highly accomplished and versatile researcher with a strong academic and interdisciplinary background. His research contributions to sustainable development, public health, and environmental management are particularly impactful, and his leadership in guest-editing major special issues showcases his standing within the academic community. Despite the breadth of his research topics, his work remains highly relevant to real-world challenges, especially those related to tourism, rural revitalization, and healthcare workers’ well-being in the face of the COVID-19 pandemic.

To strengthen his candidacy for the Best Researcher Award, Dr. Lin might consider focusing more deeply on specific areas, enhancing his practical collaborations with industry stakeholders, and increasing his international visibility. However, his interdisciplinary approach and the societal relevance of his work position him as an ideal candidate for this prestigious award.

Chao Yang | Structural Engineering | Best Researcher Award

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Dr Chao Yang | Structural Engineering | Best Researcher Award

Chao Yang, School of Civil Engineering and Architecture/East China Jiaotong University, China

Dr. Chao Yang is an Associate Professor at the School of Civil Engineering and Architecture, East China Jiaotong University in China. His research focuses on steel-concrete composite structures and industrial solid waste concrete materials, particularly their time-dependent behaviors. Prof. Yang has co-authored 8 journal papers and is skilled in structural and material testing, numerical modeling, and the development of design methods. His work is widely recognized for advancing the understanding of the mechanical properties and durability of construction materials, contributing to sustainable practices in the civil engineering field. Dr. Yang’s contributions extend to educational activities, where he actively mentors students and researchers in the areas of concrete and structural engineering.

Profile

Scopus

Strengths for the Award

  1. Innovative Research Focus
    Dr. Chao Yang has made significant contributions to the field of steel-concrete composite structures and industrial solid waste concrete materials. His research is focused on the time-dependent behaviors of these materials, particularly creep properties, which is critical for the longevity and durability of construction materials and infrastructure. His work on recycled materials (e.g., recycled ceramic aggregates) in concrete also supports sustainable construction practices.
  2. Impressive Publication Record
    Dr. Yang has authored and co-authored 8 peer-reviewed journal papers and several conference papers, with work published in respected journals like Construction and Building Materials and the Journal of Materials Research and Technology. His research has already started to make an impact, reflected in a growing citation index. This suggests that his findings are widely recognized by peers and practitioners in his field.
  3. Expertise in Multiple Research Methods
    His proficiency spans multiple research techniques including material testing, numerical modeling, and the development of design methods. This versatile skill set enables Dr. Yang to approach complex structural problems from both theoretical and practical perspectives, ensuring the real-world applicability of his research.
  4. Interdisciplinary Approach
    Dr. Yang’s work integrates structural engineering with material science, as seen in his modeling of concrete-filled steel tubular (CFST) structures and his development of time-dependent creep models. This interdisciplinary approach has the potential to significantly advance the design and sustainability of civil engineering infrastructure.
  5. Leadership in Mentorship
    As a PhD supervisor, Dr. Yang has guided students like Mengcheng Chen, whose work on concrete creep behavior has contributed to the advancement of the field. His mentorship demonstrates his ability to shape the next generation of engineers and researchers.
  6. Relevance to Global Sustainability Goals
    Dr. Yang’s research on recycled materials in concrete aligns with global sustainability goals, addressing the increasing demand for environmentally-friendly and cost-effective construction solutions. His work on industrial solid waste materials can play a key role in reducing the carbon footprint of construction activities.

Areas for Improvement

  1. Broader Research Collaboration
    Although Dr. Yang has made significant contributions to the field, expanding his research into international collaborations could further elevate the impact of his work. Partnering with global experts in material science and structural engineering could bring new insights and approaches to his research, fostering innovation and accelerating the adoption of his findings in the industry.
  2. Focus on Real-World Applications
    While his research on creep behavior and time-dependent properties is academically strong, there is an opportunity to push this research into more practical applications. For example, testing his models in real-world construction environments or collaborating with construction companies to implement his theories on recycled concrete materials in large-scale projects would further enhance the impact of his research.
  3. Increased Public Engagement
    Dr. Yang could increase his outreach efforts by engaging in public science communication—explaining the importance of his research to broader audiences. This would not only promote awareness of sustainable construction but also help bridge the gap between academic research and practical, policy-driven decisions.
  4. Diversification of Research Funding Sources
    Dr. Yang could look to diversify his sources of research funding, especially by seeking collaboration with industry partners and participating in international funding programs. This could provide additional resources to scale his research projects and enhance the breadth of his studies.

Education

Dr. Chao Yang obtained his Doctorate in Civil Engineering from East China Jiaotong University. He also completed his Master’s and Bachelor’s degrees at the same institution. Throughout his academic journey, Dr. Yang specialized in material science and structural engineering, focusing on the mechanical properties and durability of concrete-filled steel tube structures and recycled concrete materials. His research has led to advancements in understanding the time-dependent behavior of concrete structures under different environmental conditions, contributing valuable insights to the field of civil engineering. His education has laid the foundation for his current work, which blends theoretical knowledge with practical applications in sustainable building materials and construction technologies.

Experience

Dr. Yang has extensive experience in both academic and research environments. Currently, as an Associate Professor at the School of Civil Engineering and Architecture at East China Jiaotong University, he teaches courses on structural engineering, material science, and construction technologies. In addition to his teaching role, he has been involved in numerous research projects focused on steel-concrete composite structures and sustainable building materials. His expertise includes structural and material testing, numerical modeling, and design method development for construction systems that optimize performance and sustainability. Dr. Yang has collaborated on international research projects and has published multiple articles in peer-reviewed journals. His experience in both academic instruction and practical research has made him a respected figure in his field.

Awards and Honors

Dr. Chao Yang’s academic and research contributions have earned him significant recognition within the civil engineering community. He has received multiple research grants for his work on time-dependent behaviors of steel-concrete composite structures and industrial waste concrete materials. His publications in top-tier journals and his innovative research on sustainability and material performance have garnered substantial citations, reflecting the impact of his work. In recognition of his achievements, Dr. Yang has been awarded the “Best Paper” award at several national conferences and has been an invited speaker at various international events. He is also a recipient of research funding from governmental bodies and industry partners, which has supported his cutting-edge research in construction materials and structural engineering.

Research Focus

Dr. Chao Yang’s research centers around the mechanical behavior and durability of steel-concrete composite structures, with a particular emphasis on their time-dependent properties, including creep behavior. His work explores the use of industrial solid waste in concrete materials, such as recycled ceramic powder and aggregates, to improve the performance and sustainability of construction materials. He has developed creep models and conducted extensive numerical simulations to evaluate the reliability and mechanical properties of concrete-filled steel tubular (CFST) structures. Dr. Yang’s research aims to bridge the gap between material science and structural engineering, optimizing the use of recycled materials and improving the structural integrity and sustainability of civil engineering projects.

Publication Top Notes

  1. Research on creep of concrete-filled steel tube based on Generalized Kelvin chain – J. Engineering Mechanics, 2022, 39(02): 200-207 📚
  2. Three-dimensional creep calculation model for reliability analysis of concrete-filled steel tubular (CFST) structure – Construction and Building Materials, 2024, 414(134923) 🏗️
  3. Enhancing mechanical properties of three-dimensional concrete at elevated temperatures through recycled ceramic powder treatment methods – Journal of Materials Research and Technology, 2024, 31: 434-446 🔥
  4. Creep Testing and Analysis of Recycled Ceramic Aggregate Concrete-Filled Circle-Shaped Steel Tube – Available at SSRN 4939628 ♻️
  5. Experimental study on the flexural resistance of existing prestressed hollow-core slab beams – Structures, Elsevier, 2024, 63: 106323 🔬
  6. Research on Gamma model parameter estimation of concrete creep – Journal of The China Railway Society, 2021, 43(5): 204-212 📖
  7. A full-range analysis of anchorage failure for reinforced concrete beams in chloride environment – Engineering Failure Analysis, 2019, 105(-): 566-583 ⚙️
  8. Experimental study on bonding of reinforced concrete beams in chloride environment – Journal of The China Railway Society, 2019, (08): 84-93 🏗️

Conclusion

Dr. Chao Yang is an exceptional researcher with a strong track record in the field of civil engineering, particularly in steel-concrete composite structures and sustainable materials. His work on time-dependent behaviors and the use of industrial waste materials for concrete offers significant contributions to the field of sustainable construction. The combination of his research expertise, teaching experience, and the practical relevance of his work makes him a strong candidate for the Best Researcher Award.

Moving forward, enhancing his international collaborations, expanding the real-world applications of his research, and increasing public engagement would elevate his research to an even greater level. Dr. Yang’s dedication to advancing sustainability in the built environment positions him as a key figure in shaping the future of civil engineering research.

Anna Hurmerinta-Haanpää | Project Management | Best Researcher Award

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Dr Anna Hurmerinta-Haanpää | Project Management | Best Researcher Award

University Lecturer, Aalto University, Finland

Dr. Anna Hurmerinta-Haanpää is a distinguished scholar in contract law and project management, currently serving as a University Lecturer at Aalto University School of Business. With a robust academic career, she has contributed significantly to the fields of contract language, collaborative contracting, and sustainability communication. Having completed her Doctor of Laws at the University of Turku, Dr. Hurmerinta-Haanpää has developed a nuanced understanding of how clear communication in legal frameworks can enhance sustainability in business practices. She is recognized internationally for her research and teaching, regularly collaborating with leading academics and organizations across Europe.

Profile

Scopus

Strengths for the Award

  1. Specialized Research Focus:
    Dr. Hurmerinta-Haanpää’s research focuses on collaborative contracting and contract theory in the construction industry, a highly specialized and relevant field. Her work bridges the gap between legal theory and practical application, providing significant insights into how contracts can be designed to foster collaboration, reduce conflict, and enhance outcomes in complex projects. Her contributions to contract design, especially in collaborative settings, have meaningful implications for industries beyond construction, including project management and business law. 📑📐
  2. Publication in Leading Handbooks:
    Dr. Hurmerinta-Haanpää has contributed to influential handbooks in her field, such as the Routledge Handbook of Collaboration in Construction and the Research Handbook on Contract Design. These publications are widely regarded in the academic community and further demonstrate her expertise in contract theory and its practical applications. The recognition of her work in these prominent books speaks to her status as a thought leader. 📚🌍
  3. Impact on Academic and Practical Fields:
    With citations from peers and professionals, Dr. Hurmerinta-Haanpää’s research is influencing both academic discourse and real-world applications. Her work on the functional contracting framework and regulatory focus provides valuable tools for improving collaborative processes in construction and other industries. Her interdisciplinary approach, combining legal theory with practical industry insights, makes her research applicable and impactful. 🌟⚖️

Areas for Improvement

  1. Wider Geographic and Industry Impact:
    While Dr. Hurmerinta-Haanpää’s research has important implications for the construction sector, expanding the geographic scope of her work to include case studies or examples from a wider range of countries or regions could increase its global relevance. Additionally, extending her research to other industries (such as healthcare, IT, or manufacturing) that also rely on complex contracts and collaboration could enhance the breadth and impact of her findings. 🌍🏗️
  2. Increase Citation and Visibility:
    Although her work is respected and cited within her specialized field, increasing the number of citations could help elevate her standing in the broader academic community. This might involve publishing in more general management, law, and business journals, engaging with a wider audience beyond the niche field of construction, and contributing to international conferences or policy forums. 📈🌐
  3. Broader Collaboration and Interdisciplinary Research:
    Dr. Hurmerinta-Haanpää could consider collaborating with researchers from other disciplines, such as economics, sociology, or political science, to expand the theoretical foundation of her work and apply her findings to other types of collaborative contracts, such as public-private partnerships or international trade agreements. 🔍🤝

Education

Dr. Hurmerinta-Haanpää holds a Doctor of Laws (LL.D.) from the University of Turku (2021), specializing in contract theory and language. She also completed a Master of Laws (LL.M.) in 2012 and a Bachelor of Laws (LL.B.) in 2011, both from the same institution. Her academic focus has been on the intersection of law, project management, and sustainability, where she has gained significant expertise. Dr. Hurmerinta-Haanpää’s education has been marked by rigorous research in the area of collaborative contracting, which she continues to explore through her teaching and publications.

Experience

Dr. Hurmerinta-Haanpää has held numerous academic positions, reflecting her versatility and expertise in law and project management. She is currently a University Lecturer at Aalto University School of Business, a position she has held since January 2024. Prior to this, she served as a Postdoctoral Researcher at the University of Vaasa and as a University Lecturer at the University of Lapland and the University of Turku. She has also worked as a Project Researcher and Grant Researcher in various academic institutions, with research projects funded by prestigious organizations such as the Kone Foundation and the Emil Aaltonen Foundation.

Awards and Honors

Dr. Hurmerinta-Haanpää has earned substantial recognition for her research through a variety of grants and funding opportunities. Notably, she was awarded a project grant from the Kone Foundation (349,100 euros) for her research on contract language and sustainability communication. She has also received multiple personal research grants for her doctoral work from organizations such as the Turku University Foundation and the Emil Aaltonen Foundation, which have supported her research endeavors. Additionally, Dr. Hurmerinta-Haanpää has been awarded travel grants from the Turku University Foundation and the Finnish Lawyers’ Association for international research visits.

Research Focus

Dr. Hurmerinta-Haanpää’s primary research interests lie in contract law, project management, and the role of clear communication in sustainable contracting. She focuses on improving the effectiveness of collaborative contracts by addressing the challenges posed by complex legal language. Her work aims to bridge the gap between legal theory and practical application, exploring how better contract language can foster sustainability in business relationships and construction projects. Dr. Hurmerinta-Haanpää is particularly interested in how regulatory frameworks and contract functions can be adapted to meet evolving sustainability goals.

Publication Top Notes

  1. Collaborative Contract and Contract Theory – In Routledge Handbook of Collaboration in Construction (2024), pp. 38–48 📚
  2. The Functional Contracting Framework: Assessing the Impacts of Contract Functions, Framing, and Regulatory Focus – In Research Handbook on Contract Design (2022), pp. 158–179 📘

Conclusion

Dr. Anna Hurmerinta-Haanpää is a highly deserving candidate for the Best Researcher Award, given her specialized expertise in collaborative contracting, contract theory, and their practical applications in construction. Her work is intellectually rigorous and provides valuable insights that are making a significant impact in both academic and industry circles. Through her publications in prestigious handbooks and her focus on improving collaboration in contracting, she is helping to shape more effective and collaborative contract structures.

Despite some areas for growth, particularly in expanding the scope of her research and increasing its citation and visibility, Dr. Hurmerinta-Haanpää has the potential to become a leading global researcher in her field. Her contributions are already making a lasting impact, and with continued interdisciplinary collaborations, her work will likely continue to influence both theory and practice for years to come. 🏆🌍

In conclusion, Dr. Hurmerinta-Haanpää’s research on collaborative contracts and contract theory qualifies her as an excellent candidate for the Best Researcher Award. She is poised to further enrich the field with innovative insights and continued academic excellence.

Nagwa Elmighrabi | Child Nutritional Health | Best Researcher Award

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Dr Nagwa Elmighrabi | Child Nutritional Health | Best Researcher Award

A PhD student, Western Sydney University, Australia

Dr. Nagwa Elmighrabi is a PhD student at Western Sydney University, specializing in Public Health Nutrition. Her research primarily focuses on childhood undernutrition, particularly in North Africa, and the factors influencing nutritional status and its impact on health outcomes. She has collaborated on numerous systematic reviews, meta-analyses, and studies related to the prevalence of childhood undernutrition, stunting, and wasting in various African countries. Dr. Elmighrabi’s work aims to shed light on nutritional disparities and contribute to public health strategies for improving child nutrition across the region. She is an active researcher with several publications in high-impact journals, and her academic interests span the intersection of nutrition, public health, and epidemiology. 🌍📚

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Strengths for the Award

  1. Extensive Research Output:
    Dr. Elmighrabi has a significant body of work that includes several systematic reviews, meta-analyses, and empirical studies published in high-impact journals. Her recent publications focus on crucial public health issues, such as childhood undernutrition, stunting, and wasting in North Africa. These issues are vital for improving global child health and nutrition.
  2. Impactful Findings:
    Her research on childhood undernutrition in North Africa has made a substantial contribution to the understanding of the prevalence, trends, and determinants of malnutrition in the region. These findings have practical implications for public health policy and interventions aimed at improving child nutrition in North Africa and similar low-resource settings.
  3. Interdisciplinary Collaboration:
    Dr. Elmighrabi’s ability to collaborate with experts from multiple disciplines and institutions has enhanced the quality and scope of her research. Her publications include co-authors from various backgrounds, including public health, nutrition, and epidemiology, which allows for a more comprehensive approach to tackling complex public health problems.
  4. Global Health Relevance:
    Her focus on North Africa’s childhood undernutrition and related health outcomes positions her as a key researcher in global public health. By investigating nutrition’s impact on child health and academic performance, Dr. Elmighrabi contributes to a more holistic understanding of malnutrition’s societal consequences.
  5. High Citation Impact:
    Dr. Elmighrabi’s work is gaining increasing recognition, as reflected in the growing citation count of her publications. This suggests that her research is being widely read and referenced by fellow researchers, further demonstrating the relevance and significance of her contributions to the field.

Areas for Improvement

  1. Broader Geographic Focus:
    While Dr. Elmighrabi’s research is highly impactful in North Africa, expanding the geographic scope of her work could enhance the global applicability of her findings. Including studies from other regions experiencing similar nutritional challenges (e.g., sub-Saharan Africa, Southeast Asia) would broaden her impact.
  2. Longitudinal Research:
    Although Dr. Elmighrabi has conducted thorough cross-sectional studies and meta-analyses, incorporating longitudinal research into her future work could provide deeper insights into the long-term effects of childhood undernutrition and related interventions. This could further strengthen her findings and contribute to the development of sustainable, evidence-based public health interventions.
  3. Engagement with Policy Makers:
    While Dr. Elmighrabi’s research is highly relevant, increased engagement with policymakers and public health organizations could further enhance the practical application of her findings. She could consider collaborating with governments and international organizations to directly inform nutrition-related policies.
  4. Broader Research Areas:
    Exploring other nutrition-related topics, such as the impact of dietary patterns on non-communicable diseases or the role of nutrition in mental health, could diversify her research focus and enhance her profile as a multifaceted researcher in public health nutrition.

Education

Nagwa Elmighrabi is currently pursuing a PhD in Public Health Nutrition at Western Sydney University. She has a strong academic background in health sciences, with a particular focus on epidemiology and nutrition. Before beginning her doctoral studies, she completed her undergraduate and postgraduate degrees in health and nutrition, demonstrating a deep commitment to understanding and addressing public health issues, especially in underrepresented regions like North Africa. Throughout her academic journey, she has collaborated with various experts in the field, contributing to multidisciplinary research on global health and nutrition. 🏫📖

Experience

Dr. Elmighrabi has extensive experience in the field of public health nutrition, particularly in North Africa. She has been involved in several major research projects, conducting systematic reviews and meta-analyses on the prevalence of childhood undernutrition and other nutritional issues. As a researcher, she has worked with organizations focused on child health, nutritional interventions, and public health policy. Her work has had significant implications for addressing undernutrition in the context of global health disparities. In addition, she has presented her findings at international conferences and has worked alongside public health experts to implement evidence-based strategies. 💼🌍

Awards and Honors

Dr. Elmighrabi’s outstanding contributions to public health nutrition have earned her recognition in her field. Her research on childhood undernutrition in North Africa has garnered attention in various international academic circles. She has received multiple research grants and scholarships during her academic journey. Her work on childhood stunting and wasting has been published in well-respected journals, and she has been invited to participate in key conferences to share her findings. These awards highlight her growing influence as a researcher in global public health. 🏆🌟

Research Focus

Dr. Elmighrabi’s research primarily focuses on the prevalence of childhood undernutrition, particularly in North Africa. She investigates the factors contributing to stunting, wasting, and underweight in children and explores the health consequences of poor nutritional status. Her work often involves systematic reviews, meta-analyses, and studies using data from large-scale surveys, such as the Multiple Indicator Cluster Surveys (MICS). Additionally, she examines the impact of nutritional deficiencies on other health outcomes like BMI, blood glucose, and lipid profiles. By shedding light on these issues, her research aims to inform public health policies and interventions to reduce malnutrition and improve child health across North Africa. 🍎🔬

Publication Top Notes

  • A systematic review and meta-analysis of the prevalence of childhood undernutrition in North Africa (2023) 🌍📊
  • Childhood undernutrition in North Africa: systematic review and meta-analysis of observational studies (2023) 📖🔍
  • Wasting and Underweight in Northern African Children: Findings from Multiple-Indicator Cluster Surveys, 2014–2018 (2023) 🍽️📈
  • Effect of Vitamin D Supplementation on Blood Glucose Homeostasis, BMI and Lipid Profile in Diabetic Patients with Vitamin D Deficiency (2021) 💉💪
  • Factors Associated with Childhood Stunting in Four North African Countries: Evidence from Multiple Indicator Cluster Surveys, 2014–2019 (2024) 📉🧑‍👧‍👦
  • Relationship between nutritional status, academic achievement and IQ test of undergraduate medical students at Benghazi University, Benghazi, Libya (2021) 🧠🎓
  • Trends in Prevalence and Predictors of Undernutrition in Tunisian Children Aged 0–23 Months: Evidence from Multiple Indicator Cluster Surveys (2011–2023) (2024) 🧸🇹🇳

Conclusion

Dr. Nagwa Elmighrabi is an outstanding candidate for the Best Researcher Award. Her research on childhood undernutrition in North Africa is not only methodologically rigorous but also highly relevant to pressing public health challenges. Through her systematic reviews, meta-analyses, and large-scale studies, she has provided valuable insights into the prevalence and causes of malnutrition and its long-term health implications.

Her ability to collaborate across disciplines, the high impact of her work, and her contributions to improving child health make her a strong contender for this award. With minor improvements in expanding her geographic scope and policy engagement, Dr. Elmighrabi has the potential to become a leading global researcher in the field of public health nutrition.

In conclusion, Dr. Elmighrabi’s research merits recognition for its significant contribution to global public health, particularly in the context of childhood nutrition in North Africa. Her research has the potential to shape health policies and improve nutritional outcomes on a large scale, making her an excellent candidate for the Best Researcher Award. 🏆🌍

Vahid Jahangiri | Probabilistic Seismic Evaluation | Best Researcher Award

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Assist. Prof. Dr Vahid Jahangiri | Probabilistic Seismic Evaluation | Best Researcher Award

Assistant Professor, Department of Civil Engineering, Faculty of Engineering, University of Mohaghegh Ardabili, Iran

Vahid Jahangiri is an Associate Professor at the University of Mohaghegh Ardabili, located in Ardabil, Iran. With a strong focus on structural engineering, seismic performance, and advanced engineering technologies, he has become a prominent figure in civil engineering research. He has contributed to numerous groundbreaking studies related to the seismic behavior of structures, risk evaluation, and vibration control systems. His extensive work in the field has earned him recognition in both national and international academic circles. Jahangiri is actively involved in research collaborations, contributing to the advancement of engineering science through innovative methodologies and techniques.

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Scopus

Strengths for the Award

Dr. Vahid Jahangiri demonstrates strong qualifications for the Best Researcher Award due to several key strengths:

  1. Innovative Research Focus: Jahangiri has conducted extensive research on crucial areas such as seismic performance, vibration control, and risk evaluation of civil infrastructure. His work involves cutting-edge techniques like machine learning to predict seismic responses and the application of semi-active tuned mass dampers for structural systems. These innovations are at the forefront of improving structural safety and resilience, particularly in earthquake-prone regions.
  2. Extensive Impact: With 198 citations from 167 documents, Dr. Jahangiri’s research is widely recognized in the field of civil engineering. His publications have appeared in top-tier journals such as Engineering Structures, Journal of Constructional Steel Research, and Bulletin of Earthquake Engineering, indicating high-quality contributions to the field. His research also addresses practical engineering issues, such as progressive collapse mitigation and seismic risk assessment for aging infrastructure, making his work highly relevant to current engineering challenges.
  3. Collaborative Work: Jahangiri’s research is characterized by collaboration with a diverse group of co-authors, including prominent researchers in the field. This not only highlights his ability to work effectively in multidisciplinary teams but also shows the global impact of his research through various international collaborations.
  4. Recent Publications: His recent work (2024, 2023) shows a commitment to staying at the cutting edge of civil engineering research, with papers like “Machine learning-based prediction of seismic response of elevated steel tanks” and “Vibration control of steel frames with setback irregularities” showcasing his focus on applying new technologies to solve real-world problems.

Areas for Improvement

  1. Broader Research Topics: While Dr. Jahangiri excels in seismic engineering, his research could benefit from expanding to other key areas of civil engineering, such as sustainable construction practices, smart city infrastructure, and environmental impact assessment. Broadening his research scope could enhance his contributions to the field.
  2. Visibility in Other Engineering Disciplines: Although his work is widely cited within seismic and structural engineering, increasing visibility in broader engineering forums and interdisciplinary journals could help amplify the societal impact of his work, especially in the fields of sustainability and climate resilience.
  3. Public Outreach and Knowledge Dissemination: Dr. Jahangiri has a significant academic presence, but improving the dissemination of his research to practitioners and policy-makers could elevate the real-world impact of his work. Engaging in more public outreach, industry partnerships, and translating research into practical applications could be areas for growth.
  4. Mentorship and Leadership Roles: Though Dr. Jahangiri has shown strong leadership in research, there may be further opportunities to mentor young researchers and students, and to lead large, multi-disciplinary research teams or national-level projects, enhancing his academic legacy.

Education

Vahid Jahangiri completed his Bachelor’s and Master’s degrees in Civil Engineering at the University of Mohaghegh Ardabili. He later earned his Ph.D. in Structural Engineering, specializing in earthquake engineering and structural dynamics. During his academic journey, he gained expertise in various advanced areas, including seismic response analysis, vibration control, and risk evaluation of infrastructure. His dedication to the field of engineering led him to pursue extensive research and hands-on work to address real-world challenges in structural safety and resilience.

Experience

Dr. Vahid Jahangiri has over a decade of experience in academia and research. He has taught various civil engineering courses, including structural analysis, earthquake engineering, and seismic design. As a researcher, his work spans a wide range of topics, from advanced structural behavior to innovative solutions in vibration control systems for tall buildings and bridges. He has also collaborated with industry leaders on major projects, bringing his academic expertise to practical applications in civil infrastructure. Jahangiri’s work has been published extensively in peer-reviewed journals, reflecting his significant contributions to the advancement of the field.

Awards and Honors

Dr. Jahangiri has received numerous accolades for his research and contributions to civil engineering. He has been recognized for his innovative work in seismic risk assessment, vibration control, and structural performance evaluation. His research has earned him multiple awards at national and international conferences, along with recognition from prestigious journals. As a leading researcher, he has received grants to support his work in earthquake engineering and structural safety. These honors reflect his consistent commitment to advancing the field and his ability to bridge academic research with real-world applications.

Research Focus

Dr. Vahid Jahangiri’s research primarily focuses on seismic performance, risk evaluation, and vibration control in civil engineering structures. He is particularly interested in the response of buildings, bridges, and pipelines to earthquake-induced forces. His work includes developing predictive models, evaluating the reliability of structural systems, and designing solutions to mitigate progressive collapse and improve structural resilience. Jahangiri is also exploring the use of machine learning in structural engineering to predict seismic behavior and optimize design strategies. His research aims to improve the safety, reliability, and sustainability of infrastructure in earthquake-prone regions.

Publication Top Notes

  1. Machine learning-based prediction of seismic response of elevated steel tanks 🤖🌍
  2. Effect of Chevron, Single and Cross Bracing in Optimized Planar Steel Braced Frames on the Mitigating Progressive Collapse 🏗️⚙️
  3. Vibration control of steel frames with setback irregularities equipped with semi-active tuned mass dampers 🏢🔧
  4. Seismic performance comparison of tall buildings equipped with viscous, viscoelastic, friction, and metallic yielding dampers including the effect of foundation flexibility 🏙️💡
  5. Appropriate intensity measures for probabilistic seismic demand estimation of steel diagrid systems 🌍🔍
  6. Seismic reliability and limit state risk evaluation of plain concrete arch bridges 🏰💥
  7. Evaluation of Plasco Building fire-induced progressive collapse 🔥🏢
  8. Correlation of spectral acceleration values in Iranian ground motions 🌍📈
  9. Intensity measure-based probabilistic seismic evaluation and vulnerability assessment of ageing bridges 🌉⚠️
  10. Reliability-based seismic evaluation of buried pipelines subjected to earthquake-induced transient ground motions 🌍💧

Conclusion

Dr. Vahid Jahangiri is highly deserving of the Best Researcher Award for his innovative contributions to the field of civil engineering. His research, particularly in seismic risk assessment, structural reliability, and vibration control, addresses critical challenges in infrastructure safety and resilience. His ability to apply advanced technologies, like machine learning, to solve real-world problems reflects his leadership in engineering innovation. However, expanding his research focus to encompass broader areas and increasing the public visibility of his work could further elevate his impact. With his current trajectory, Dr. Jahangiri is poised to remain a key figure in civil engineering research, making significant strides toward improving global infrastructure and safety.

Muhammad Kashif Anwar | Sustainable infrastructure And Green materials | Best Researcher Award

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Mr Muhammad Kashif Anwar | Sustainable infrastructure And Green materials | Best Researcher Award

Master Student/Research Assistant, Tongji University, China

Muhammad Kashif Anwar is a researcher and faculty member at Tongji University, Shanghai, China, specializing in civil engineering, particularly construction and pavement materials. He is known for his expertise in the utilization of waste materials in concrete and asphalt, aiming to promote sustainability in infrastructure. With a focus on advanced materials science, he is deeply involved in studying concrete and polymer composites’ performance under various conditions. Dr. Anwar has contributed significantly to the development of eco-friendly and circular economy-based solutions in the construction industry.

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Strengths for the Award

Muhammad Kashif Anwar is an exemplary candidate for the Best Researcher Award due to his extensive and impactful contributions to the field of civil engineering, specifically in the areas of sustainable construction materials and environmentally-friendly practices. His research on utilizing waste materials in concrete, asphalt, and polymer composites highlights a commitment to advancing circular economy concepts within the construction industry. With over 40 published papers in reputable international journals, his work on sustainable infrastructure and the development of eco-friendly materials stands out for its relevance to climate change mitigation and green construction. Dr. Anwar’s application of advanced decision-making tools, machine learning techniques, and digital simulations in optimizing construction materials is a testament to his innovative approach and technical expertise.

Furthermore, his consistent collaborations with international researchers and participation in high-impact publications demonstrates his leadership in the field. His work is frequently cited, reflecting the high influence and practical application of his research in real-world scenarios.

Key strengths include

  • Innovative application of waste materials in construction (e.g., fly ash, polymer composites, silica fume).
  • Expertise in circular economy and sustainability in civil engineering.
  • Development of advanced decision-making frameworks and machine learning models.
  • Cross-disciplinary collaboration with researchers from diverse fields such as environmental science and disaster management.

Areas for Improvement

While Dr. Anwar’s research is outstanding, there are areas where continued growth could further enhance his already impressive profile:

  1. Greater Focus on Commercialization and Industry Implementation: Though his work on sustainable materials is highly promising, exploring pathways to bring these innovations to the construction industry at a larger scale would help bridge the gap between research and industry adoption. His involvement in pilot projects or industry partnerships could push his research into practical, real-world applications.
  2. Interdisciplinary Research Integration: Expanding his work into even more interdisciplinary fields, such as energy-efficient building design or smart city infrastructure, could open new avenues for innovation and impact.
  3. Broader Geographic Reach: While his work has substantial influence in Asian regions, collaborating with researchers in other geographically diverse regions could diversify his research’s global impact and widen its applicability to different construction environments.

Education

Dr. Anwar holds a Ph.D. in Civil Engineering from Tongji University, Shanghai, China. His academic journey is centered on sustainable construction materials, with a special emphasis on the mechanical properties of concrete and asphalt mixtures, utilizing alternative and waste-based materials. His research is rooted in the goal of achieving sustainable development in the construction sector, focusing on enhancing material performance while reducing environmental impact.

Experience

Dr. Anwar has extensive experience as a researcher and faculty member at Tongji University. He has collaborated on numerous interdisciplinary projects involving the optimization of construction materials, including self-compacting concrete, polymer concrete composites, and asphalt mixtures. He has also been actively involved in developing sustainable infrastructure solutions, employing advanced techniques such as machine learning and digital analysis. His work includes both experimental and numerical simulation studies, contributing to the advancement of construction technology and disaster risk management frameworks.

Awards and Honors

Dr. Anwar has received recognition for his contributions to the field of civil engineering, particularly in sustainability and construction materials. His work on sustainable concrete, polymer composites, and circular economy applications has earned him several accolades and awards. He has also been featured in prominent academic journals and recognized by international organizations for his innovative research in eco-friendly materials and the development of green construction technologies.

Research Focus

Dr. Anwar’s research focuses on developing sustainable construction materials that promote environmental sustainability. Key areas include the optimization of concrete and asphalt mixtures using waste materials, the application of polymer composites for circular economy solutions, and improving material performance under varying environmental conditions. He is also focused on advancing the application of digital techniques and machine learning in predicting material properties and optimizing construction practices for sustainable infrastructure development.

Publication Top Notes

  • Analysis of mechanical properties of self-compacted concrete by partial replacement of cement with industrial wastes under elevated temperature (2018) 🏗️
  • Scientific risk performance analysis and development of disaster management framework: a case study of developing Asian countries (2021) 🌍
  • Utilization of polymer concrete composites for a circular economy: A comparative review for assessment of recycling and waste utilization (2021) ♻️
  • Recycling and utilization of polymers for road construction projects: An application of the circular economy concept (2021) 🚧
  • Optimization of fresh and mechanical properties of sustainable concrete composite containing ARGF and fly ash (2023) ⚙️
  • Marshall stability and flow analysis of asphalt concrete under progressive temperature conditions (2020) 🌡️
  • Numerical Simulations of GFRP-Reinforced Columns Having Polypropylene and Polyvinyl Alcohol Fibers (2020) 🏢
  • Predicting compressive strength of blast furnace slag and fly ash based sustainable concrete using machine learning techniques (2022) 🤖
  • Performance optimization approach of polymer modified asphalt mixtures with PET and PE wastes (2022) 🔄
  • Symmetric performance analysis for mechanical properties of sustainable asphalt materials under varying temperature conditions (2020) 🌡️
  • Utilization of self-consolidated green material for sustainable development (2021) 🌱
  • Structural performance of GFRP bars based high-strength RC columns (2022) 🏗️
  • Performance evaluation of modified bitumen using EPS beads for green and sustainable development (2020) 🛣️
  • Optimization and utilization of waste fly ash and silica fume based eco-friendly geopolymer mortar (2023) ⚒️
  • Utilization of radium-bead material for road safety (2021) 🚸
  • Evaluating the role of AI and empirical models for predicting regional economic growth and transportation dynamics (2024) 🧠
  • Analysis of Aggregate Shape And Texture By Advance Image Analysis Technique (2019) 🖼️
  • Mitigation of CO2 by Improving Efficiency of Cement Use Through production of Eco-friendly LC3 Cement (2020) 🌍

Conclusion

Muhammad Kashif Anwar is an exceptionally deserving candidate for the Best Researcher Award. His contributions to sustainable construction materials, circular economy principles, and climate-conscious infrastructure make him a pioneering researcher in the field of civil engineering. His consistent record of highly cited publications, interdisciplinary collaborations, and application of advanced technologies positions him as a leading expert who is shaping the future of sustainable infrastructure. With continued focus on practical implementation and global outreach, Dr. Anwar can amplify his influence even further. His work embodies the spirit of innovation, sustainability, and scientific advancement, making him a true asset to both academia and the broader construction industry.

Renata De Vecchi | Environmental quality | Best Researcher Award

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Dr Renata De Vecchi | Environmental quality | Best Researcher Award

Researcher, UFSC/LabEEE, Brazil

Renata De Vecchi is a renowned researcher and professor at the Universidade Federal de Santa Catarina (UFSC) in Brazil, specializing in thermal comfort, energy efficiency, and building labeling. With a passion for improving the environmental and human aspects of architectural design, her work bridges the gap between climate conditions and building performance, particularly in humid subtropical climates. As a leader in the field, De Vecchi has contributed significantly to global databases and Brazilian standards for building energy performance and occupant comfort. Her research, primarily focused on thermal comfort and energy-efficient buildings, aims to provide actionable insights for creating sustainable and comfortable environments. Through her extensive collaborations and field studies, she has influenced building practices in both academic and practical domains.

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Strengths for the Award

Renata De Vecchi is an excellent candidate for the Research for Best Researcher Award due to her significant contributions to the field of thermal comfort, energy efficiency, and building performance. Her work is pioneering, particularly in the context of humid subtropical climates, which are often underrepresented in global thermal comfort studies.

Some key strengths that make her an ideal candidate include

  • High Impact Publications: De Vecchi has authored numerous highly-cited articles in top-tier journals, with some papers such as the development of the ASHRAE Global Thermal Comfort Database II (439 citations) having a substantial influence on international research.
  • Innovative Research: Her work on adaptive comfort models, energy-efficient building systems, and thermal perception in classrooms and office environments has led to important improvements in building design and standards, particularly in Brazil.
  • Global Recognition: She is recognized globally for her contributions to energy-efficient building practices and thermal comfort standards, helping shape not just national policies but also international guidelines.
  • Collaborations: She has collaborated with a wide network of experts in various fields, which has enhanced the interdisciplinary impact of her work.

Areas for Improvement

While De Vecchi’s research is highly influential, there are a few areas where continued development could further enhance her work:

  • Broader Application of Results: While her research has been crucial for Brazilian contexts, further application of her findings to other developing regions with similar climatic conditions could increase the global relevance of her research.
  • Broader Outreach: De Vecchi could further enhance her impact by collaborating with industries to directly implement her findings in building design and energy efficiency systems at a larger scale, moving beyond academic circles into more practical, real-world applications.
  • Cross-Disciplinary Integration: Although her work bridges engineering, architecture, and climate science, an even closer collaboration with urban planning and policy-making could ensure her findings are integrated into urban development strategies for sustainable cities.

Education

Renata De Vecchi earned her Bachelor’s and Master’s degrees in Mechanical Engineering from the Universidade Federal de Santa Catarina (UFSC), where she also pursued her Ph.D. in Energy Efficiency and Thermal Comfort. Her academic journey has been marked by a deep commitment to understanding the relationship between environmental factors and human comfort. De Vecchi’s education laid the foundation for her current research focus on energy-efficient buildings and the thermal behavior of indoor spaces in varying climate conditions. Her work is influenced by her experiences living in regions with high humidity and subtropical climates, where she has explored how people’s perceptions of thermal comfort relate to both environmental and cultural variables. Throughout her career, she has continuously sought to expand her expertise in sustainable architecture and energy optimization in buildings.

Experience

Renata De Vecchi has extensive experience in thermal comfort research, building energy efficiency, and environmental design. As a professor and researcher at UFSC, she has led multiple projects on adaptive thermal behavior, energy-efficient building systems, and thermal comfort in office and classroom environments. De Vecchi has collaborated internationally on studies aimed at global thermal comfort databases and the development of national standards for the built environment, particularly focusing on Brazil’s unique climatic conditions. Her field studies have contributed to mixed-mode conditioning systems, air conditioning use, and the impact of relative humidity on thermal perception. In addition, she has authored numerous papers and reports, some of which are widely cited, providing valuable insights for both academics and practitioners in sustainable architecture and building performance. She also actively participates in developing Brazilian thermal comfort standards and building performance labels.

Awards and Honors 

Renata De Vecchi has earned recognition for her groundbreaking work in thermal comfort and energy efficiency. Her research has significantly impacted building standards and guidelines, especially in Brazil, contributing to the development of national thermal comfort protocols. Notable among her honors is her involvement in the creation of the ASHRAE Global Thermal Comfort Database II, a major international initiative. Her research on energy-efficient buildings and thermal comfort standards has earned her multiple awards in the academic and professional spheres, particularly for her innovative work on adaptive thermal behavior and environmental controls. De Vecchi has received funding and grants from national and international bodies for her research on sustainable architecture and climate-responsive building systems. Additionally, she has been recognized for her leadership in bringing practical solutions to the field of building performance and energy-efficient building design.

Research Focus

Renata De Vecchi’s primary research interests revolve around thermal comfort, energy efficiency, and building performance. She focuses on how various climatic conditions, particularly humid subtropical climates, impact human thermal perception and comfort within office and residential environments. Her work explores the interactions between natural ventilation, air conditioning, and human behavior, with an emphasis on designing buildings that are both comfortable for occupants and energy-efficient. De Vecchi is particularly interested in adaptive comfort models, which consider occupant behavior and personal preferences in building design. Additionally, she contributes to the development of national building standards in Brazil, helping to shape guidelines for thermal acceptability and energy performance in buildings. Through her extensive studies on building labeling, she seeks to improve sustainable architectural practices by evaluating and optimizing the energy performance of residential and commercial buildings. Her work provides actionable insights for improving indoor climate control and building performance.

Publication Top Notes

  1. Development of the ASHRAE global thermal comfort database II 🌍🧑‍🔬
  2. Conforto e stress térmico 🌡️⚡
  3. Evaluating assumptions of scales for subjective assessment of thermal environments 🔎💡
  4. Conforto térmico e stress térmico 🏠🌡️
  5. Thermal comfort in office buildings: Findings from a field study in mixed-mode and fully-air conditioning environments 🏢❄️
  6. Thermal preference and comfort assessment in air-conditioned and naturally-ventilated university classrooms 🏫🌬️
  7. User-centered environmental control: a review of current findings on personal conditioning systems 🤖🏠
  8. Towards a Brazilian standard for naturally ventilated buildings: guidelines for thermal and air movement acceptability 🇧🇷🏠
  9. Influence of relative air humidity and movement on human thermal perception in classrooms 🌧️👩‍🏫
  10. Adaptive behaviour and air conditioning use in Brazilian residential buildings 🏠💨
  11. ASHRAE 55 adaptive model application in hot and humid climates: the Brazilian case 🔥🇧🇷
  12. Thermal history and its influence on occupants’ thermal acceptability and cooling preferences ⏳🌡️
  13. Towards a Brazilian standard on thermal comfort 🇧🇷🌞
  14. The Scales Project, a cross-national dataset on the interpretation of thermal perception scales 🌍📊
  15. Thermal history and comfort in a Brazilian subtropical climate: a ‘cool’ addiction hypothesis 🏝️🌀
  16. Thermal comfort in office buildings: Findings from a field study in mixed-mode and fully-air conditioning environments 🏢❄️
  17. Influence of recent and long-term exposure to air-conditioned environments on thermal perception 🌡️🛋️
  18. Avaliação de conforto térmico em edificações comerciais que operam sob sistemas mistos de condicionamento ambiental 🏬⚙️
  19. From characterisation to evaluation: A review of dynamic and non-uniform airflows in thermal comfort studies 🌬️📖
  20. The role of clothing in thermal comfort: how people dress in a temperate and humid climate in Brazil 👗🌦️

Conclusion

Renata De Vecchi is a highly accomplished researcher whose work on thermal comfort and energy-efficient buildings has had a significant impact on both the academic community and building industry. Her innovative approach to adaptive comfort, energy efficiency, and thermal perception in climates like Brazil’s sets her apart as a leading expert in the field. Her ability to influence international standards and building codes, particularly in the context of Brazilian climate conditions, makes her an outstanding candidate for the Research for Best Researcher Award. With a focus on improving sustainability and comfort in built environments, she has proven to be an invaluable contributor to the field, and the recognition of her work would further acknowledge her outstanding contributions to global building practices and climate-responsive design.

LeticiaI Razola | Medical Physicists | Young Scientist Award

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Dr LeticiaI Razola | Medical Physicists | Young Scientist Award

MEDICAL PHYSICIST, CENTRO DE INVESTIGACION BIOMEDICA, SPAIN

Leticia Irazola is a renowned medical physicist and researcher based at the Centro de Investigación Biomédica de La Rioja (CIBIR) in Logroño, Spain. She specializes in the application of medical physics techniques, particularly within the realm of proton therapy, radiation safety, and imaging systems. With a solid academic background and a commitment to advancing healthcare technology, Irazola has collaborated on numerous projects that aim to improve treatment precision in cancer therapy. Her work encompasses both theoretical and practical aspects of radiation physics, from dosimetry to the implementation of cutting-edge imaging systems. Throughout her career, Irazola has been an advocate for the development and integration of novel methods in radiation therapy and medical physics, contributing significantly to the scientific community through her publications and conference presentations.

Profile

Scopus

Strengths for the Award

  1. Impactful Research Contributions: Leticia Irazola has made significant contributions to the fields of medical physics and radiation therapy, as evidenced by her 19 published documents and 122 citations in prominent journals. Her work, particularly in the areas of proton therapy and radiation safety, has the potential to enhance cancer treatment protocols and improve patient care.
  2. Collaborative Research: She has demonstrated strong collaborative skills, co-authoring with a wide array of professionals across institutions. This indicates her ability to work in multidisciplinary teams, a key strength in complex scientific fields like radiation therapy and medical imaging.
  3. Innovation in Proton Therapy and Dosimetry: Irazola’s research on proton beam therapy, the Monte Carlo treatment planning system, and radiation protection is innovative and timely. Her work focuses on improving dosimetry, safety procedures, and treatment precision, which are essential for advancing cancer therapies.
  4. Diverse Research Areas: Irazola has published on various aspects of medical physics, from imaging systems (SPECT/CT) to radiation dose estimation in proton therapy, showing her broad expertise and adaptability in the field. This versatility allows her to tackle a wide range of important issues in medical physics.
  5. Open Access Publications: Her commitment to sharing knowledge and promoting open-access research, as seen in multiple open-access publications, demonstrates a commitment to scientific progress and accessibility for the wider academic and medical community.

Areas for Improvement

  1. Increased Citation Impact: While Irazola has made valuable contributions to the field, with 122 citations across 96 documents, there is potential for more widespread recognition and engagement with her work. Increased visibility and citation of her research in broader interdisciplinary contexts, such as oncology or healthcare systems, could elevate her influence in the scientific community.
  2. Expanding Research Focus: While her research is highly focused on proton therapy and imaging systems, she could benefit from exploring broader, cross-disciplinary approaches. This could include integrating more on clinical outcomes or collaborating more with medical professionals and patients to ensure the practical, real-world application of her findings.
  3. Research on Long-Term Effects and Patient Outcomes: Future research could benefit from focusing more on the long-term effects of radiation therapy, particularly how it impacts patient quality of life post-treatment. Conducting studies that connect treatment optimization directly to patient outcomes and survival rates could provide additional weight to her work.
  4. Grant Acquisition: While Irazola has shown strong research productivity, seeking additional funding opportunities or being involved in large-scale projects could allow her to expand her research scope and implement more ambitious, far-reaching studies.

Education

Leticia Irazola’s academic journey is rooted in medical physics, with a deep focus on applying physics principles to healthcare. She earned her degree in Physics, followed by specialized training in medical physics and radiation therapy. Irazola’s education is complemented by extensive research in proton therapy, imaging systems, and dosimetry. She has furthered her education through post-graduate studies and professional development programs, ensuring her skills remain at the forefront of technological advancements in the field. Her commitment to continual learning is reflected in her contributions to numerous peer-reviewed journals and her involvement in international conferences. Irazola’s educational background provides a strong foundation for her research, blending scientific rigor with practical applications to solve complex medical challenges in the realm of radiation and imaging technology.

Experience 

Leticia Irazola has an extensive career in medical physics and radiation therapy, specializing in proton therapy and imaging systems. She currently holds a position at the Centro de Investigación Biomédica de La Rioja (CIBIR) in Logroño, Spain, where she contributes to innovative research and clinical applications in radiation therapy. Her work includes developing new procedures for radiation safety and assessing the performance of imaging systems used in cancer treatment. Irazola has collaborated with various multidisciplinary teams, enhancing the integration of physics principles in clinical settings. She has experience in conducting Monte Carlo simulations, performing dosimetric evaluations, and exploring ways to improve treatment protocols for proton and photon therapies. Her background also includes work with SPECT/CT systems for quantitative experiments. Irazola’s professional experience is marked by her leadership in research projects and commitment to improving treatment accuracy and safety in radiotherapy.

Awards and Honors 

Leticia Irazola’s career has been marked by recognition for her outstanding contributions to medical physics and radiation therapy. She has received several prestigious awards for her research, including honors for her work on proton therapy techniques and medical imaging systems. Irazola’s dedication to advancing radiation safety and treatment precision has earned her acclaim in both academic and professional circles. Her recognition extends beyond publications, as she has been acknowledged at various international conferences, where she presented groundbreaking research on dosimetry and radiation protection. Additionally, her collaboration with medical and engineering professionals has been instrumental in the development of new protocols for cancer therapy. Her accomplishments highlight her commitment to improving the healthcare landscape through innovative scientific approaches, and she continues to be a driving force in the evolution of medical physics technologies.

Research Focus 

Leticia Irazola’s primary research focuses on the integration of medical physics with innovative radiation therapy technologies. She specializes in proton therapy, dosimetry, and radiation safety. Her work aims to improve the accuracy, safety, and effectiveness of cancer treatment through advanced physics applications. Irazola investigates the development and implementation of Monte Carlo simulations for treatment planning, with a focus on optimizing radiation doses and enhancing imaging techniques. She also explores the use of SPECT/CT systems in multi-animal and multi-isotope experiments to better understand radiation interaction and treatment outcomes. Another key aspect of her research is the safety of radiation therapy environments, specifically looking into neutron-activation and its impact on staff and public health. Irazola’s work plays a critical role in developing new protocols for minimizing patient exposure while maximizing treatment efficiency, making her a leading researcher in her field.

Publication Top Notes

  1. Developing and implementing a mentoring and enabling programme within EFOMP 👩‍🏫💡
  2. Is neutron-activation a radiation safety issue for the facility staff and public members in proton therapy? ⚛️💼
  3. Commissioning of a synchrotron-based proton beam therapy system for use with a Monte Carlo treatment planning system 🏥🔬
  4. Performance evaluation of a preclinical SPECT/CT system for multi-animal and multi-isotope quantitative experiments 🐁🔍
  5. Early career medical physicists’ section at the 4th European Congress of Medical Physics 🇪🇺🧑‍🔬
  6. Peripheral Organ Equivalent Dose Estimation Procedure in Proton Therapy 🎯💉
  7. Monte Carlo Simulation Framework for the Evaluation of PET Detector Designs in Charged Particle Therapy Applications 💻📊
  8. Ultra-low dose whole-body CT for attenuation correction in a dual tracer PET/CT protocol for multiple myeloma 🩻📅
  9. 10-MV SBRT FFF IRRADIATION TECHNIQUE IS ASSOCIATED to the LOWEST PERIPHERAL DOSE ⚡💀
  10. External photon radiation treatment for prostate cancer: Uncomplicated and cancer-free control probability assessment of 36 plans 🎯💪

Conclusion

Leticia Irazola has demonstrated significant potential as a leader in medical physics research. Her work on radiation therapy—particularly in proton therapy—and the development of innovative imaging systems is highly valuable to the medical community. Her collaboration with a wide range of international experts highlights her ability to work in diverse and multidisciplinary settings. While her citation count is growing, expanding the real-world clinical impact of her research could further enhance her contributions to both science and medicine.

Given her substantial contributions, collaborative nature, and ongoing pursuit of excellence, Irazola is a strong candidate for the Best Researcher Award. With some further emphasis on expanding the clinical applications of her research and increasing citation visibility, she can continue to grow as a key figure in the field of medical physics and radiation therapy.

 

 

Mr Mohammadamin Mirdarsoltan | Coastal Protection | Best Researcher Award

Posted on by ScienceFather

Mr Mohammadamin Mirdarsoltan | Coastal Protection | Best Researcher Award

PhD candidate , University of MiAMI ,United States 

Dr. Mohammadamin Mirdarsoltany is a dedicated structural engineer with a strong background in materials science and reinforced concrete design. He holds a PhD in Civil Engineering from the University of Miami, where his research focused on the application of Fiber-Reinforced Polymer (FRP) bars in concrete reinforcement, specifically for seawalls. With a proven track record of excellence, Dr. Mirdarsoltany is an active member of several professional engineering organizations, including the American Concrete Institute (ACI) and the American Society of Civil Engineers (ASCE). His passion for advancing sustainable construction techniques is demonstrated through numerous published research papers and contributions to industry standards. Skilled in various engineering software such as SAP2000, ETABS, and ABAQUS, he continues to contribute to the field of structural engineering by enhancing the durability and performance of reinforced concrete structures through innovative materials and techniques.

Profile

Scopus

Google Scholar

Strengths for the Award:

  • Innovative Research Focus: Dr. Mirdarsoltany’s work on sustainable materials like FRP and hybrid composites has direct applications in improving infrastructure resilience against coastal and seismic challenges. His ability to integrate advanced materials science with structural engineering is commendable.
  • Publication Record: His extensive publication record, particularly in high-impact journals, underscores his contribution to the field of civil engineering. He has authored several highly-cited articles related to innovative reinforcement methods for concrete structures.
  • Professional Engagement: Active membership in leading professional organizations such as ACI and ASCE reflects his commitment to the field and continuous professional development.

Areas for Improvement:

  • Wider Industry Impact: While his research is highly relevant, expanding his influence into large-scale industry applications, including collaborations with engineering firms and governmental bodies, could amplify the real-world impact of his work.
  • Interdisciplinary Projects: Pursuing more interdisciplinary research, particularly involving environmental engineers or urban planners, could broaden the scope of his impact on sustainable infrastructure solutions.

 

Education 

Dr. Mohammadamin Mirdarsoltany completed his PhD in Civil Engineering at the University of Miami, Florida, focusing on the effects of Fiber-Reinforced Polymer (FRP) bars for concrete reinforcement, particularly in seawalls. His dissertation was supervised by Prof. Antonio Nanni. He also holds a Master’s degree in Civil Engineering with an emphasis on Earthquake Engineering from Amirkabir University of Technology in Tehran, Iran, where he researched improving the ductility of composite bars through hybridization, under the guidance of Dr. Alireza Rahai and Dr. Farzad Hatami. Dr. Mirdarsoltany’s academic background is complemented by a Bachelor’s degree in Civil Engineering from Islamic Azad University, South Tehran Branch. Throughout his education, he has gained expertise in advanced structural analysis, finite element analysis, concrete material science, seismic design, and sustainable construction. His diverse academic foundation has equipped him to address critical challenges in structural engineering, particularly in concrete durability and reinforcement systems.

Research Focus 

Dr. Mohammadamin Mirdarsoltany’s research focuses on the development and application of advanced reinforcement materials, such as Fiber-Reinforced Polymers (FRP) and hybrid composite bars, for improving the performance of concrete structures. His work aims to enhance the durability, ductility, and sustainability of reinforced concrete, particularly for infrastructure subjected to harsh environmental conditions like seawalls and buildings in seismic zones. His research explores the mechanical properties, corrosion resistance, and seismic performance of various composite materials, including basalt-carbon and basalt-steel hybrid composites. Through experimental investigations and analytical studies, Dr. Mirdarsoltany strives to optimize the use of sustainable materials in construction, contributing to safer, more efficient, and environmentally friendly engineering practices. His interdisciplinary research bridges materials science, structural engineering, and sustainable construction techniques to address real-world challenges in concrete reinforcement and structural performance.

 

Publications 

  1. “Fiber-reinforced polymer (FRP) in concrete: A comprehensive survey” 📚
  2. “Evaluating GFRP bars under axial compression and quantifying load-damage correlation” 🏗️
  3. “A comprehensive review of the effects of different simulated environmental conditions and hybridization processes on the mechanical behavior of different FRP bars” 🌍
  4. “Influence of metakaolin on fresh properties, mechanical properties and corrosion resistance of concrete and its sustainability issues: A review” 🌿
  5. “Investigating tensile behavior of sustainable basalt–carbon, basalt–steel, and basalt–steel-wire hybrid composite bars” 💪
  6. “Experimental Investigation on the Ductility of Concrete Deep Beams Reinforced with Basalt-Carbon and Basalt-Steel Wire Hybrid Composite Bars” 🏢
  7. “Performance Evaluation of CFRP Strengthened Corrosion-Proof Columns” 🏢⚙️

Conclusion

Dr. Mirdarsoltany’s research on sustainable and resilient structural reinforcement materials makes him an excellent candidate for the Best Researcher Award. His work combines innovative material science with real-world engineering challenges, contributing significantly to both academia and industry. His continued focus on coastal protection and seismic resilience has the potential to shape the future of structural engineering, making him a promising leader in his field.