Nancy Hammad | Sustainable Construction Materials | Best Researcher Award

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Mr Nancy Hammad | Sustainable Construction Materials | Best Researcher Award

PhD in Structural Engineering, The German University in Cairo, Egypt

Nancy Hammad is an accomplished academic at the Faculty of Engineering and Materials Science, The German University in Cairo, Egypt. She has a profound impact on the field of materials science, particularly in the domain of alkali-activated materials and self-healing concrete. Her extensive work has garnered 111 citations across 5 key publications, demonstrating her expertise and influence. Nancy actively collaborates with fellow researchers and contributes to groundbreaking advancements in sustainable construction technologies.

PROFILE

Scopus

STRENGTHS FOR THE AWARD

  1. Innovative Research Focus: Nancy Hammad has significantly contributed to the field of self-healing concrete and alkali-activated slag materials. Her research on microbial self-healing mechanisms and fiber-reinforced concrete enhances sustainable construction practices.
  2. High Impact Publications: She has authored five impactful publications, with 111 citations across 88 documents, reflecting the academic community’s recognition of her work.
  3. Collaborative Efforts: Nancy has worked with multiple co-authors, showcasing her ability to collaborate effectively within interdisciplinary teams.
  4. Practical Contributions: Her research addresses real-world challenges, such as durability and sustainability in construction materials, emphasizing its relevance and application.
  5. Recognition of Expertise: Her h-index of 5 underscores the consistent quality and influence of her publications within the academic and engineering communities.

AREAS FOR IMPROVEMENT

  1. Increased Diversity in Research Topics: While her focus on alkali-activated materials is strong, diversifying research into complementary areas could further enhance her profile.
  2. Funding and Grant Success: Securing awarded grants for research can add to her credentials, highlighting the practical and financial backing for her work.
  3. Broader Collaboration: Expanding collaborations internationally or within industry could amplify the application and dissemination of her research.

EDUCATION

Nancy Hammad earned her academic credentials with a focus on civil and materials engineering. She pursued her undergraduate and postgraduate studies at prestigious institutions, culminating in her research at The German University in Cairo. Her dedication to innovative materials science has been the cornerstone of her academic journey, equipping her to lead pioneering studies in self-healing concrete and alkali-activated materials.

EXPERIENCE

With years of academic and research experience, Nancy Hammad has significantly contributed to engineering and materials science. She has worked on cutting-edge research projects and authored several influential publications. As a faculty member at The German University in Cairo, Nancy combines teaching, research, and mentorship to foster innovation and knowledge dissemination.

AWARDS AND HONORS

Nancy Hammad has been recognized for her exceptional contributions to materials science, earning accolades for her research in sustainable construction technologies. Her work in microbial self-healing concrete and fiber-reinforced alkali-activated materials has received widespread acclaim, reflecting her commitment to advancing engineering solutions.

RESEARCH FOCUS

Nancy Hammad’s research focuses on the efficiency of calcium oxide in microbial self-healing activity, self-healing capabilities of alkali-activated slag (AAS) concrete, and fiber-reinforced alkali-activated materials. Her work aims to enhance sustainability and resilience in construction materials, pushing the boundaries of engineering innovation.

PUBLICATION TOP NOTES

  • 🌟 The Efficiency of Calcium Oxide on Microbial Self-Healing Activity in Alkali-Activated Slag (AAS)
  • 📚 State-of-the-Art Report: The Self-Healing Capability of Alkali-Activated Slag (AAS) Concrete
  • 🧬 Efficiency of Bacteria-Based Self-Healing Mechanism in Concrete
  • 🔧 Flexural Performance of Reinforced Alkali-Activated Concrete Beams Incorporating Steel and Structural Macro Synthetic Polypropylene Fiber
  • 🏗️ The Performance of Fiber GGBS Based Alkali-Activated Concrete

CONCLUSION

Nancy Hammad is a strong candidate for the Best Researcher Award. Her innovative work on sustainable construction materials and self-healing concrete demonstrates significant scientific and practical contributions. Addressing areas for improvement, such as securing grants and expanding research topics, could further solidify her standing as a leading researcher in her field. Given her accomplishments and potential for continued impact, she is highly deserving of this recognition.

Ashal Tyurkay – Circular Construction Materials – Best Researcher Award

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Ashal Tyurkay - Circular Construction Materials - Best Researcher Award

Technical University of Denmark - Denmark

AUTHOR PROFILE

ORCID

EARLY ACADEMIC PURSUITS

Ashal Tyurkay began his academic journey at Istanbul Technical University, where he obtained his Bachelor's and Master's degrees in Architecture with a focus on Environmental Control and Construction Technologies. His commitment to excellence earned him recognition as a finalist in Archiprix Turkey 2014.

PROFESSIONAL ENDEAVORS

Ashal Tyurkay's professional endeavors encompass a diverse range of research and teaching activities. From contributing to research projects funded by prestigious institutions to co-editing final book series for COST Action, his career reflects a dedication to advancing knowledge in the field of architecture and construction.

CONTRIBUTIONS AND RESEARCH FOCUS

Ashal Tyurkay's research focuses on Circular Construction Materials, building performance, facade design, and conservation. His work spans from developing multi-functional facade panels to co-creating Nature-Based Solutions for urban regeneration. Through projects like the "PRÄKLIMA Fassade" and "Energetic Panel," he has made significant contributions to sustainable building technologies.

IMPACT AND INFLUENCE

Through his involvement in research projects and collaborations, Ashal Tyurkay has made a tangible impact on the field of architecture and construction. His research outputs, including publications and co-edited book series, have likely influenced academic discourse and practical applications in the industry.

ACADEMIC CITES

Ashal Tyurkay's research findings and contributions to collaborative projects have likely been cited in academic literature, further disseminating his insights and expertise in Circular Construction Materials and related areas.

LEGACY AND FUTURE CONTRIBUTIONS

As Ashal Tyurkay continues his academic and research endeavors, his legacy will be marked by his pioneering work in sustainable building technologies and Circular Construction Materials. His future contributions hold promise for further innovations in architectural design, construction methodologies, and environmental conservation practices.

NOTABLE PUBLICATION

From Deterioration to Revival: Approaches to the Conservation of Plastic Buildings

Dheeraj Joshi | Sustainable Development | Best Researcher Award

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AUTHOR PROFILE
Scopus

EARLY ACADEMIC PURSUITS:

Dheeraj Joshi initiated his academic journey at DIT University, marking the commencement of his scholarly pursuits. Insights into his early academic pursuits, including educational achievements, areas of study, and notable milestones during this foundational period, are crucial for understanding his intellectual development.

PROFESSIONAL ENDEAVORS:

Transitioning from academia to the professional realm, Sustainable Development Award Joshi's career unfolded with diverse professional endeavors. Details about his roles, projects, and collaborations during this phase, particularly those aligned with his academic background, contribute to understanding the practical applications of his knowledge and skills.

CONTRIBUTIONS AND RESEARCH FOCUS:

Joshi's contributions and research focus constitute a critical aspect of his academic and professional identity. Whether through scholarly publications, participation in research projects, or advancements within a specific field, delineating the thematic concentration of his contributions offers a comprehensive understanding of his academic impact.

NOTABLE PUBLICATION

Designing soft computing algorithms to study heat transfer simulation of ternary hybrid nanofluid flow. 2023 (1)

A stochastic SIR model for analysis of testosterone suppression of CRH-stimulated cortisol in men.  2022 (2)

IMPACT AND INFLUENCE:

Assessing Joshi's impact and influence involves recognizing the broader effects of his work. This encompasses positive outcomes in academia, acknowledgment within his professional network, and any influence he may have had on students, colleagues, or the academic community at large.

ACADEMIC CITATIONS:

An indicator of Joshi's academic influence is reflected in the number of citations his work has garnered. High citation metrics suggest that his research has significantly contributed to the academic discourse, with fellow researchers and scholars referencing his work in their own studies.

LEGACY:

Dheeraj Joshi's legacy is defined by the lasting impact he leaves at DIT University. This may include contributions to the academic environment, mentorship of students, and the establishment of a positive and collaborative culture within his academic sphere.

FUTURE CONTRIBUTIONS:

Looking ahead, Joshi's future contributions may involve continued advancements in his academic and professional pursuits. This could encompass further research, participation in impactful projects, mentorship of emerging scholars, and potentially taking on leadership roles that contribute to the growth and development of DIT University.