Somraj Sen | Wave propagation in metamaterials | Best Researcher Award

Posted on 26/02/202526/02/2025 by Civil

Mr Somraj Sen | Wave propagation in metamaterials | Best Researcher Award

PhD, Purdue University, United States

Somraj Sen is a dedicated researcher and PhD student at Purdue University’s School of Mechanical Engineering, specializing in wave propagation, structural dynamics, and metamaterials. With a strong academic foundation, including an MS(Research) from IIT Delhi and a B.Tech from IIEST Shibpur, Somraj has demonstrated excellence in both theoretical and applied research. His work focuses on advanced computational methods, vibration control, and the design optimization of 2D lattice metamaterials. Passionate about innovation, Somraj has contributed to several high-impact journal articles and received prestigious awards for his innovative designs and research contributions.

Professional Profile

Orcid

Education 🎓

Somraj Sen is currently pursuing a PhD in Mechanical Engineering at Purdue University (2024–ongoing) with a perfect CGPA of 4/4. He completed his MS(Research) in Civil Engineering at IIT Delhi (2022–2024) with a CGPA of 10/10, focusing on wave propagation in metabeams and 2D lattices. Earlier, he earned his B.Tech in Civil Engineering from IIEST Shibpur (2018–2022) with a CGPA of 9.04/10, where his thesis explored model reduction techniques for dynamic systems. His academic journey reflects a strong foundation in engineering and a passion for advanced research.

Experience 🔬

Somraj has extensive research experience in wave propagation, structural dynamics, and metamaterials. During his MS, he developed spectral element formulations for space frame elements and investigated bandgap characterization in beams with geometric modulations. His bachelor’s thesis focused on model reduction techniques for dynamic systems. He has also interned at IIT Delhi and IIEST Shibpur, working on Bayesian model updating and second-order instability effects on RC bridge columns. His expertise spans MATLAB, COMSOL, and finite element analysis, making him a versatile researcher.

Awards and Honors �

Somraj has been recognized for his innovative contributions to engineering. In 2021, he won the first prize in the National Civil/Structural Engineering Students Award Competition for designing an iconic steel roof structure. In 2020, he secured the second prize in Smart Traffic Systems at Build O’ Innovate 2020. These accolades highlight his creativity and problem-solving skills in structural engineering and design.

Research Focus 🔍

Somraj’s research focuses on wave propagation, structural dynamics, and metamaterials. He explores the behavior of 2D lattice metamaterials, spectral element methods, and finite element analysis. His work includes vibration control, uncertainty quantification, and design optimization. He investigates bandgap characterization, wave dispersion, and directional properties in complex geometries, aiming to advance the understanding of wave dynamics in engineered materials.

Publication Top Notes 📚

“Influence of geometry on in-plane and out-of-plane wave propagation of 2D hexagonal and re-entrant lattices” – Composite Structures (2025).
“Waves in beams with geometric modulations” – Journal of Sound and Vibration (Under Review).
“Waves in a bio-inspired gyroid cellular architectured metabeam” – Finite Elements in Analysis and Design (Under Review).
“Wave propagation through 2D lattices with thin-walled beams” – Thin-walled Structures (Submitted).

Conclusion 🌟

Somraj Sen is a highly accomplished researcher with a strong academic background and a passion for advancing the field of structural dynamics and metamaterials. His innovative research, coupled with his technical expertise and numerous accolades, positions him as a promising contributor to the engineering community. With a focus on wave propagation and design optimization, Somraj continues to push the boundaries of knowledge in mechanical and civil engineering.

Fenglan Kuang | Construction Materials | Best Researcher Award

Posted on 27/01/202527/01/2025 by Civil

Dr Fenglan Kuang | Construction Materials | Best Researcher Award

Professor, Xiangtan University, China

Fenglan Kuang is a dedicated researcher specializing in the mechanical behavior and design of new materials. She holds a Ph.D. and M.S. from Xiangtan University, with extensive expertise in dynamic impact mechanics and microstructure property control of heterogeneous materials. Her work is marked by numerous contributions to high-impact journals, showcasing advancements in material design, including rubberized geopolymer mortars and advanced semiconductor technologies.

PROFESSIONAL PROFILE

Orcid

Scopus

STRENGTHS FOR THE AWARD

Educational Excellence:
Fenglan Kuang completed her Ph.D. and Master’s degrees at Xiangtan University, focusing on the mechanical behavior and design of new materials. This strong academic foundation aligns well with her research in material science.
Diverse Research Areas:
Her expertise in dynamic impact mechanical behavior, microstructure property control of heterogeneous materials, and material design reflects a deep understanding of high-demand scientific fields.
Significant Research Contributions:
- She has published extensively in high-impact journals, including:
  - Surfaces and Interfaces (2024) on high-performance ultrathin solution-processed SnO2 thin-film transistors.
  - Construction and Building Materials and Journal of Building Engineering on rubberized geopolymer mortar, showcasing expertise in sustainable construction materials.
  - Nuclear Instruments and Methods in Physics Research, A for her work on detector modeling and simulations.
- Her research outputs demonstrate innovation and relevance to contemporary scientific challenges.
Interdisciplinary Approach:
Her work spans multiple disciplines, including materials science, mechanical engineering, and computational modeling, highlighting her ability to integrate knowledge for impactful solutions.
Problem-Solving with Advanced Tools:
Fenglan’s application of machine learning (e.g., back-propagation neural networks) for modeling composite geopolymers reflects her commitment to leveraging modern tools for research advancements.

AREAS FOR IMPROVEMENT

Broader Collaboration:
While her work involves multiple contributors, engaging in larger international collaborations could further amplify her research impact and visibility.
Application-Oriented Research:
Emphasizing real-world applications of her research findings, especially in industrial settings, could strengthen her profile.
Outreach and Recognition:
Presenting at more international conferences and securing leadership roles in scientific forums would help in establishing her as a global thought leader.

EDUCATION

Fenglan Kuang earned her Ph.D. in Mechanical Behavior and Design of New Materials from Xiangtan University (2019–2023). She also completed her M.S. in the same field at Xiangtan University (2017–2019), demonstrating a strong focus on innovative material applications. Her academic foundation emphasizes interdisciplinary approaches to understanding and improving material mechanics.

EXPERIENCE

Dr. Kuang currently serves at Liming Vocational University, where she applies her expertise in material mechanics to education and research. Her career highlights include significant contributions to the understanding of heterogeneous material dynamics and their real-world applications.

AWARDS AND HONORS

Fenglan Kuang has been recognized for her outstanding academic and research contributions. Her accolades include awards for innovative research in material mechanics and high-performance geopolymers.

RESEARCH FOCUS

Her research revolves around dynamic impact mechanical behavior and the microstructure property control of heterogeneous materials. She explores advanced applications such as rubberized geopolymer mortars and high-temperature performance of innovative composites.

PUBLICATION TOP NOTES

📘 High-performance ultrathin solution-processed SnO₂ top-gate thin-film transistors by constructing high-quality dielectric/channel interface
📗 DEM study on the effect of pore characteristics on single particle crushing behavior of porous particles
📘 Modeling the single particle crushing behavior by random discrete element method
📗 Experimental study on high-temperature performance of rubberized geopolymer mortar
📘 Experimental study on preparation and properties of low content rubberized geopolymer mortar
📗 Application of backpropagation neural network to the modeling of slump and compressive strength of composite geopolymers
📘 Systematic modeling and simulations with analytical solutions of electric and weighting fields of 2D-Planar-Electrode and 3D-Trench-Electrode detectors
📗 Simulations of electrical properties of cylindrical 3D-trench electrical Si detectors under different radiation fluences and MIP incident position

CONCLUSION

Fenglan Kuang is a strong candidate for the Best Researcher Award due to her outstanding educational background, interdisciplinary research contributions, and impactful publications. Her work on cutting-edge topics like heterogeneous materials and sustainable construction has significant societal and industrial relevance. With minor improvements in global collaborations and outreach, her profile can reach new heights, making her an exemplary researcher worthy of this recognition.

S. Devaraj – Composite Materials – Best Researcher Award

Posted on 31/07/202403/08/2024 by Civil

S. Devaraj - Composite Materials - Best Researcher Award

INSTITUTE OF AERONAUTICAL ENGINEERING - India

AUTHOR PROFILE

SCOPUS

EXPERT IN COMPOSITE MATERIALS

S. Devaraj specializes in the field of Composite Materials, particularly Metal Matrix Composites (MMCs). His research includes exploring the properties and applications of MMCs to enhance material performance in various engineering applications. This work contributes to advancing the use of composite materials in industries where high strength and durability are crucial.

RESEARCHER IN AERODYNAMICS AND FLIGHT DYNAMICS

With a focus on Aerodynamics and Flight Dynamics, S. Devaraj investigates the forces and dynamics that influence the performance of aircraft and other flying objects. His research in this area aims to optimize flight performance and improve the efficiency of aerodynamic designs.

PIONEER IN MACHINING PERFORMANCE STUDIES

S. Devaraj has conducted significant studies on machining performance, particularly in the context of Al-MMCs. His work, such as the investigation of textured inserts on machining performance using the Taguchi method, provides valuable insights into improving machining processes and tool design.

APPLICATION OF ADVANCED ANALYTICAL METHODS

In his research, S. Devaraj applies advanced analytical methods like the TOPSIS method to predict optimum design parameters for micro hole textured cutting inserts. His contributions to optimizing design parameters enhance the efficiency and accuracy of manufacturing processes.

STUDIES ON MAGNETOHYDRODYNAMIC FLOWS

S. Devaraj has explored the effects of slip and nonlinear thermal radiation on Magnetohydrodynamic (MHD) flow and heat transfer. His studies contribute to understanding fluid dynamics in high-temperature and high-field environments, relevant for applications in aerospace and energy sectors.

CONTRIBUTOR TO REPUTED JOURNALS

S. Devaraj's research is widely published in reputable journals, including Tribology in Industry and the International Journal of Lightweight Materials and Manufacture. His work is recognized for its contribution to advancing knowledge in materials science and engineering.

RESEARCH IN FLUID DYNAMICS AND HEAT TRANSFER

His research also includes studies on unsteady Magnetohydrodynamics and Bingham fluids, focusing on heat transfer and flow dynamics. These studies are essential for applications involving complex fluid behaviors and thermal management in engineering systems.

NOTABLE PUBLICATION

Experimental Investigation of Textured Inserts on Machining Performance of Al-MMC Using Taguchi Method.
Authors: D. Sandiri, R. Malkapuram, S. Balasubramaniyan
Year: 2022
Journal: Tribology in Industry, 44(1), pp. 54–63

Application of TOPSIS Method for Prediction of Optimum Design Parameters of Micro Hole Textured Cutting Inserts in Turning of Al-MMC.
Authors: S. Devaraj, M. Ramakrishna, B. Singaravel
Year: 2021
Journal: International Journal of Vehicle Structures and Systems, 13(4), pp. 471–476

Performance Analysis of Micro Textured Cutting Insert Design Parameters on Machining of Al-MMC in Turning Process.
Authors: S. Devaraj, R. Malkapuram, B. Singaravel
Year: 2021
Journal: International Journal of Lightweight Materials and Manufacture, 4(2), pp. 210–217

Wing Structural Analysis Using Different Fiber Reinforced Composites and Hybrid Composites.
Authors: S. Devaraj, P. Ravi Kumar, D. Anitha, P.K. Dash
Year: 2018
Journal: International Journal of Mechanical and Production Engineering Research and Development, 8(3), pp. 101–110

Studies on Ballistic Impact of the Composite Panels.
Authors: Y.B. Sudhir Sastry, P.R. Budarapu, Y. Krishna, S. Devaraj
Year: 2014
Journal: Theoretical and Applied Fracture Mechanics, 72(1), pp. 2–12

Yuandu Hu – Polymers and composite materials – Best Researcher Award

Posted on 25/05/202425/05/2024 by Civil

Yuandu Hu - Polymers and composite materials - Best Researcher Award

Beijing Jiaotong University - China

AUTHOR PROFILE

Scopus

EARLY ACADEMIC PURSUITS

Yuandu Hu's academic journey began with a strong foundation in Polymer Chemistry and Physics during his Ph.D. at Huazhong University of Science and Technology. His doctoral research focused on the microfluidic fabrication of polymer microgels and their morphological and functional properties, laying the groundwork for his future contributions to the field of Polymers and Composite Materials.

PROFESSIONAL ENDEAVORS

Throughout his career, Yuandu Hu has held various research and academic positions that have enriched his expertise in Polymers and Composite Materials. From his tenure-track professorships at Beijing Jiaotong University to his roles as an R&D Specialist at EMD Performance Materials and a Research Associate at Harvard University, he has continually pursued innovative research at the intersection of chemistry, materials science, and microfluidics.

CONTRIBUTIONS AND RESEARCH FOCUS

Yuandu Hu's research is characterized by its interdisciplinary nature, combining chemistry, materials science, and microfluidics to design and construct soft/composite materials for diverse applications. His work aims to address pressing global challenges, including health, energy, and climate change, by developing cutting-edge technologies and novel materials. His contributions to Polymers and Composite Materials have the potential to revolutionize various industries and positively impact society.

IMPACT AND INFLUENCE

Yuandu Hu's research has garnered recognition both academically and professionally, reflecting his significant impact in the field of Polymers and Composite Materials. His contributions to understanding polymer microgels and their fabrication processes have laid the groundwork for advancements in soft material design. Moreover, his work at Harvard University and EMD Performance Materials has enabled him to collaborate with leading experts and contribute to real-world applications of his research.

ACADEMIC CITES

Yuandu Hu's research publications and contributions have been cited extensively in the academic community, highlighting the relevance and significance of his work in Polymers and Composite Materials. His investigations into polymer microgels' morphology and functionalities have contributed valuable insights to the field, shaping the direction of future research endeavors and inspiring fellow researchers in their pursuits.

LEGACY AND FUTURE CONTRIBUTIONS

As a pioneering researcher in Polymers and Composite Materials, Yuandu Hu's legacy is marked by his dedication to addressing pressing global challenges through innovative material design. His interdisciplinary approach and commitment to advancing scientific knowledge have established him as a leading figure in the field. Moving forward, his research endeavors are expected to continue pushing the boundaries of soft material design, paving the way for transformative technologies and sustainable solutions to complex societal problems.

NOTABLE PUBLICATION

Dimerized Nonfused Electron Acceptor Based on a Thieno[3,4-c]pyrrole-4,6-dione Core for Organic Solar Cells 2024

Hydrogels for Chemical Sensing and Biosensing 2024 (2)

Construction of Laminated Luminescent Solar Concentrator “Smart” Window Based on Thermoresponsive Polymer and Carbon Quantum Dots 2022 (5).

Jiang Zheyun – Construction and Building Materials – Best Researcher Award

Posted on 24/05/202424/05/2024 by Civil

Jiang Zheyun - Construction and Building Materials - Best Researcher Award

Southeast university - China

AUTHOR PROFILE

Scopus

EARLY ACADEMIC PURSUITS

Jiang Zheyun's academic journey is deeply rooted in the field of Construction and Building Materials. He pursued his studies at Southeast University, where he developed a keen interest in geotechnical engineering and the utilization of industrial solid waste in construction.

PROFESSIONAL ENDEAVORS

Jiang Zheyun holds several key positions that highlight his leadership and expertise in Construction and Building Materials. He serves as the Secretary of the Environmental Geotechnical Engineering Professional Committee of the Jiangsu Society of Geomechanics and Engineering and is the General Manager of B-Z Geotechnical Technology (Nanjing) Co., Ltd. His professional endeavors demonstrate a strong commitment to advancing the field through both academic and industry channels.

CONTRIBUTIONS AND RESEARCH FOCUS

Jiang Zheyun's research is primarily focused on the utilization of industrial solid waste in construction and building materials. His work aims to develop sustainable solutions for industrial contaminated sites by creating novel barrier materials for organic and heavy metal contaminants. His contributions to Construction and Building Materials are significant, addressing critical environmental challenges and promoting resource efficiency.

IMPACT AND INFLUENCE

Jiang Zheyun's impact in the field of Construction and Building Materials is reflected in his numerous awards and honors. He has been recognized with the Silver Award at the 49th Geneva International Invention Exhibition in 2022, and several prestigious awards in 2021, including the 7th China International "Internet plus" Undergraduate Innovation and Entrepreneurship Competition and the Zhejiang Youth Innovation and Entrepreneurship Competition. His influence extends to both the academic community and the construction industry, where his innovative approaches are widely respected.

ACADEMIC CITES

Jiang Zheyun's research has been widely cited in academic literature, reflecting the importance and relevance of his work in Construction and Building Materials. His contributions are frequently referenced in studies related to industrial waste utilization and sustainable construction practices, underscoring his role as a leading researcher in the field.

LEGACY AND FUTURE CONTRIBUTIONS

Jiang Zheyun's legacy in Construction and Building Materials is marked by his dedication to sustainable development and environmental protection. His innovative research and practical applications have set new standards in the field, and his ongoing work continues to inspire future generations of engineers and researchers. As he advances in his career, his contributions are expected to further drive innovation and influence policies related to construction and environmental sustainability.

CONSTRUCTION AND BUILDING MATERIALS FOCUS

Throughout his career, Jiang Zheyun has made significant strides in Construction and Building Materials. His research on industrial solid waste resource utilization and novel barrier materials for contaminated sites addresses some of the most pressing environmental challenges. By integrating geotechnical engineering principles with sustainable practices, Jiang Zheyun has positioned himself as a key figure in Construction and Building Materials. His work not only enhances the field's body of knowledge but also contributes to practical solutions that benefit both industry and society.

NOTABLE PUBLICATION

Hydraulic Conductivity, Microstructure, and Compositional Changes of Sand–Bentonite Backfill in Cutoff Walls Exposed to Organic Acids 2023 (6)