Prof. Wenlong Song | Engineering | Best Scholar Award

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Prof. Wenlong Song | Engineering | Best Scholar Award

Associate Professor | Jining University | China

Prof. Wenlong Song, a distinguished figure in the field of Engineering, has made significant contributions to Mechanical Design, Manufacturing, and Automation. He earned his doctoral degree from Shandong University and serves as an Associate Professor and Graduate Supervisor at the School of Mechanical and Electrical Engineering, Jining University. His Engineering expertise focuses on efficient machining processes and advanced tool technology, where he has played a key role in leading multiple Engineering research initiatives. Prof. Song has successfully hosted several provincial, ministerial, and industrial Engineering projects, which have substantially advanced technological applications in precision machining and automation systems. His Engineering research has resulted in more than fifty academic publications and over forty authorized invention patents, reflecting his strong innovation capabilities and leadership in Engineering development. Recognized for his excellence, he has received multiple municipal and higher-level awards for his Engineering achievements. Prof. Song’s Engineering research skills encompass precision design, material optimization, process modeling, and manufacturing automation. His continued dedication to Engineering education and research demonstrates his commitment to nurturing the next generation of Engineering scholars while expanding the boundaries of modern mechanical systems. Through his extensive Engineering background and innovative approach, Prof. Wenlong Song stands out as a leading expert whose work continues to impact the Engineering community globally. 346 Citations, 33 Documents, 11 h-index.

Profiles: Scopus | Google Scholar

Featured Publications

1. (2025). Analytical and experimental investigation of vibration response for the cracked fluid-filled thin cylindrical shell under transport condition. Applied Mathematical Modelling.

2. (2025). Friction behavior of molybdenum disulfide/polytetrafluoroethylene-coated cemented carbide fabricated with a spray technique in dry friction conditions. Coatings.

3. (2024). Fabrication and tribology properties of PTFE-coated cemented carbide under dry friction conditions. Lubricants.

Wang Yuqi | Engineering | Best Researcher Award

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Mr. Wang Yuqi | Engineering | Best Researcher Award

postgraduate | Harbin Engineering University | China

Mr. Wang Yuqi is an accomplished researcher from Harbin Engineering University with a strong foundation in Mechanical and Electronic Engineering and Marine Robot systems, excelling in the field of engineering through his work on advanced robotics and intelligent control systems. His academic journey includes a master’s focus on marine robotics and an undergraduate specialization in mechanical and electronic engineering, supported by numerous honors and scholarships that highlight his academic excellence. His professional experience spans leading roles in engineering projects, including the design and optimization of deep-sea exploration ROV control systems, intelligent unmanned hovercraft, and sea cucumber robot technologies, where he applied cutting-edge engineering methodologies such as FreeRTOS-based scheduling, STM32 circuit design, FPGA communication protocols, and ROS data processing. He has further contributed as an intern at the National Deep Sea Base Management Center and Midea Group, where he advanced engineering solutions for marine exploration and motor control systems. His research interests lie in engineering design for underwater robotics, intelligent control, sensor integration, and embedded systems, which have led to recognition in national and international competitions. Mr. Wang Yuqi’s engineering expertise is complemented by strong skills in programming (C/C++, MATLAB), simulation and design tools, communication protocols, and hardware debugging, making him a versatile and innovative researcher. His achievements in engineering, both academically and professionally, have earned him awards, leadership roles, and recognition for his contributions to innovation in robotics and intelligent systems, reflecting a promising career in engineering research and application. 13 Citations, 6 Documents, 3 h-index

Profiles: Scopus | ORCID

Featured Publications

1. Zhang, H., Sun, Y., Zhao, Y., Xie, Y., Li, X., Wang, Y., & Zhao, C. (2024). Corrosion and carburization of Ni<sub>3</sub>Al-based superalloys in high-temperature carbon dioxide. Materials and Corrosion.

2. Huang, Y., Wang, Y., Yu, S., Zhang, H., & Zhao, C. (2024). Hot deformation behavior and dynamic recrystallization mechanisms of a Mn-Cu damping alloy. Materials Today Communications.

3. Huang, Y., Wang, Y., Yu, S., Zhang, H., & Zhao, C. (2024). Hot deformation behavior and dynamic recrystallization mechanisms of a Mn-Cu damping alloy. SSRN.

4. Li, X., Yu, S., Huang, Y., Wang, Y., Zhang, H., & Zhao, C. (2024). Impact of secondary γ’ precipitate on the high-temperature creep properties of DD6 alloy. Metals and Materials International.

5. Huang, Y., Wang, Y., Yu, S., Zhao, C., Zhao, Y., & Zhang, H. (2024). Influence of aging heat treatment on microstructure and mechanical properties of a novel polycrystalline Ni3Al-based intermetallic alloy. SSRN.

Prof. Levent Trabzon | Engineering | Best Researcher Award

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Prof. Levent Trabzon | Engineering | Best Researcher Award

Faculty Member | Istanbul Technical University | Turkey

Prof. Levent Trabzon is a distinguished academic in Engineering, serving as Professor at Istanbul Technical University and Director of the MEMS Research Center. With a Ph.D. in Engineering Science from Penn State University, along with advanced degrees in Material Science & Engineering, he has built a career at the forefront of mechanical and materials Engineering. His professional journey spans leadership roles such as founding director of nanotechnology centers, advisory positions in international Engineering institutions, and consultancy in emergency management. His research covers microfluidics, MEMS, NEMS, nanomaterials, biomaterials, thin film deposition, and innovation in Engineering systems, with active involvement in international collaborations and numerous funded projects. Recognized with multiple Performance Awards, Article Performance Awards, and international innovation prizes, his work has significantly advanced Engineering applications in energy, environment, healthcare, and manufacturing. His Engineering skills include nanotechnology design, microsystem modeling, thin film fabrication, advanced materials processing, and innovation management. A prolific researcher with over a hundred documents in leading Engineering journals and conferences, his impact is reflected in patents, invited talks, and global recognition. Prof. Levent Trabzon continues to push the boundaries of Engineering through teaching, mentoring, and pioneering projects that integrate cutting-edge technologies for societal benefit. 1,422 Citations by 1,301 documents, 100 Documents, 19 h-index.

Profiles: Scopus | Google Scholar

Featured Publications

1. Benzait, Z., & Trabzon, L. (2018). A review of recent research on materials used in polymer–matrix composites for body armor application. Journal of Composite Materials, 52(23), 3241–3263.

2. Saleem, H., Trabzon, L., Kılıç, A., & Zaidi, S. (2020). Recent advances in nanofibrous membranes: Production and applications in water treatment and desalination. Desalination, 478, 114178.

3. Ramazanoglu, M., Lutz, R., Rusche, P., Trabzon, L., Kose, G. T., Prechtl, C., & other authors. (2013). Bone response to biomimetic implants delivering BMP-2 and VEGF: An immunohistochemical study. Journal of Cranio-Maxillofacial Surgery, 41(8), 826–835.

4. Wang, J., Yang, Y., Wang, Y., Dong, S., Cheng, L., Li, Y., Wang, Z., Trabzon, L., & other authors. (2022). Working aqueous Zn metal batteries at 100 °C. ACS Nano, 16(10), 15770–15778.

5. Benzait, Z., Chen, P., & Trabzon, L. (2021). Enhanced synthesis method of graphene oxide. Nanoscale Advances, 3(1), 223–230.

Takwa Hamdi | Engineering | Women Researcher Award

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Ms. Takwa Hamdi | Engineering | Women Researcher Award

PhD Candidate | National Engineering School of Gabes | Tunisia

Ms. Takwa Hamdi is a dedicated PhD student in Mechanical Engineering with a strong foundation in Engineering education, holding a bachelor’s, master’s, and doctoral-level specialization in Mechanical and Energy Engineering, with her research focusing on advanced combustion modeling, dual-fuel internal combustion engines, and sustainable alternative fuels. Her professional Engineering experience includes serving as an adjunct lecturer, where she taught courses on dismountable assembly processes, welding, CAD design, and supervised Engineering design projects, equipping students with practical and theoretical knowledge of Engineering principles. Her research interest lies in energy efficiency, low-emission combustion technologies, and the application of Engineering simulation tools such as Ansys Forte, SolidWorks, Matlab, Autocad, Mastercam, Abaqus, and Gnuplot, where she applies computational fluid dynamics and numerical methods to optimize Engineering performance. She has also contributed to scientific publications in the domain of dual-fuel compression ignition engines, showcasing her commitment to advancing Engineering sustainability. Ms. Hamdi has been recognized academically as a class valedictorian, which highlights her excellence and honor in the field of Engineering. Her Engineering research skills encompass analytical thinking, problem solving, and innovation, reinforced by her active engagement in teaching and scientific collaboration. In conclusion, Ms. Takwa Hamdi demonstrates a remarkable blend of Engineering knowledge, professional experience, and research capability, making her a promising researcher whose Engineering contributions are expected to have a significant impact on energy and sustainability fields.

Profile: Scopus

Featured Publications

1. Effects of H2 substitution on combustion and emissions in ammonia/diesel compression ignition engine. (2025). Energy Conversion and Management.

Dr. Minati Kumari Sahu | Engineering | Best Researcher Award

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Dr. Minati Kumari Sahu | Engineering | Best Researcher Award

Researcher | CSIR NML | India

Dr. Minati Kumari Sahu has established herself as a dedicated professional in Engineering, with strong expertise in materials science, non-destructive testing, and quality management systems, demonstrating excellence in Engineering through her academic achievements including B.Sc., M.Sc., M.Tech., and Ph.D. in areas closely aligned with Engineering applications. Her professional experience spans advanced Engineering roles in CSIR-NML, NIT Jamshedpur, and Tata Steel, where she applied Engineering-driven approaches for material characterization, creep damage evaluation, weld defect assessment, and optimization of electromagnetic stirring parameters. With significant research contributions in Engineering-focused domains such as nonlinear ultrasonic testing, acoustic wave simulation, and signal processing, she has authored numerous SCI journal papers, patents, and software copyrights, proving her Engineering research skills. Her research interests remain centered on Engineering-based microstructural analysis, advanced NDE techniques, and computational modeling. Recognized with the prestigious Dr. M. Pancholy Memorial Award for best oral presentation, she has shown distinction in advancing Engineering knowledge. Her technical skills extend to Engineering software tools like COMSOL, MATLAB, and LabVIEW, enhancing her research capabilities in Engineering simulations and testing. Throughout her journey, she has contributed to Engineering by integrating academic insights with industrial applications, thereby bridging theoretical concepts with practical problem-solving. With a strong foundation in Engineering, coupled with honors and impactful publications, Dr. Minati Kumari Sahu stands as a role model in Engineering research and innovation. In conclusion, her career reflects a consistent pursuit of excellence in Engineering, combining knowledge, skills, and dedication to drive forward advancements in the field of Engineering. Her Google Scholar citations 46, h-index 5, i10-index 1, showcasing measurable research impact.

Profiles: ORCID | Google Scholar

Featured Publications

1. Ghosh, A., Sahu, M., Singh, P. K., Kumar, S., Ghosh, M., & Sagar, S. P. (2019). Assessment of mechanical properties for dissimilar metal welds: A nondestructive approach. Journal of Materials Engineering and Performance, 28(2), 900–907.

2. Sahu, M. K., Swaminathan, J., Bandhoypadhyay, N. R., & Sagar, S. P. (2018). Creep damage evaluation in P92 steel using second harmonic of high power ultrasonic signal. Materials Today: Proceedings, 5(2), 4467–4474.

3. Sahu, M., Ghosh, A., Dutta, C., Kumar, J., & Sagar, S. P. (2025). Creep strain prediction in power plant material via ANN modelling of nonlinear ultrasonic test results. Nondestructive Testing and Evaluation, 40(3), 932–953.

4. Sahu, M. K., & Sagar, S. P. (2021). Nonlinearity in the propagation of acoustic waves: Simulation and experimental validation in a creep damaged material. Materials Today: Proceedings, 44, 2251–2256.

5. Balamurugan, S., Mathan, G., Dey, A., Mukherjee, G., Sahu, M., & Pandey, J. C. (2012). Cracking of tungsten carbide rolls during hot rolling of branded rebars in a bar mill. Engineering Failure Analysis, 26, 182–191.

Prof. Arti M. K. | Engineering | Best Researcher Award

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Prof. Arti M. K. | Engineering | Best Researcher Award

Professor at Netaji Subhas University of Technology | India

Prof. Arti M. K. has a distinguished career in engineering with a focus on wireless communication, hybrid satellite-terrestrial systems, and MIMO relaying. Her engineering expertise has led to numerous publications in reputed journals and several patents in advanced communication technologies. She has contributed to sponsored engineering projects, gaining recognition from global institutions and premier engineering societies. Her engineering background combines research, innovation, and teaching excellence. Prof. Arti’s engineering work is widely acknowledged internationally, and she stands out as a top 2% scientist in networking and telecommunications, highlighting her engineering leadership in academia and research communities.

Professional Profiles

Google Scholar Profile | ORCID Profile 

Education 

Prof. Arti M. K. pursued engineering studies starting with a bachelor’s in electronics, followed by a master’s in communications engineering, and culminated with a Ph.D. in wireless communication. Her engineering education was accomplished at prestigious universities, equipping her with a strong foundation in research and applied problem-solving. Each stage of her engineering education involved specialized coursework and significant projects that deepened her expertise in modern communication systems. Her academic journey reflects a continuous dedication to engineering innovation, ensuring her capability to lead and mentor in advanced areas of wireless and satellite engineering technologies.

Experience 

Prof. Arti M. K. has held several academic positions, progressing through roles from lecturer to professor in leading engineering institutions. Her engineering career includes teaching, research supervision, and curriculum development in electronics and communication. She has guided students and collaborated with peers to create impactful engineering solutions. Her professional engineering experience spans multiple universities, where she advanced academic excellence, initiated projects, and developed communication technology frameworks. Through leadership and active participation in engineering research, she contributed to institutional growth while strengthening industry-academic collaboration in engineering and telecommunications fields.

Research Interest 

Prof. Arti M. K.’s engineering research interests include MIMO relaying, hybrid satellite-terrestrial cooperative communication, NOMA-based systems, and advanced wireless detection techniques. Her engineering research also focuses on developing efficient algorithms for data detection, channel estimation, and interference management. She explores both theoretical and applied aspects of communication engineering, integrating emerging technologies like machine learning in wireless networks. These engineering research pursuits aim at improving system reliability, performance, and scalability. Her engineering contributions are aligned with modern technological challenges, offering practical solutions in evolving networks and next-generation communication infrastructure.

Award and Honor

Prof. Arti M. K. has received multiple engineering awards and recognitions from esteemed institutions. Her engineering excellence is acknowledged through fellowships, senior memberships, and reviewer distinctions by global societies such as IEEE and IETE. She has been honored with premier awards at her institution for outstanding contributions to research and education in engineering. Additionally, her inclusion in the list of top 2% scientists by Stanford University highlights her engineering impact worldwide. These honors collectively showcase her engineering leadership, professional integrity, and sustained commitment to advancing the frontiers of communication technologies.

Research Skill

Prof. Arti M. K. possesses advanced engineering research skills in mathematical modeling, algorithm design, and system performance evaluation. Her engineering skills extend to analyzing fading channels, designing cooperative relaying schemes, and developing new coding techniques for MIMO systems. She excels at applying analytical tools and simulation platforms to address complex engineering challenges in wireless networks. Additionally, her engineering skillset includes patent development, project management, and cross-disciplinary collaboration, reflecting a comprehensive approach to innovation. These engineering competencies are key to her success in pioneering practical solutions in global telecommunications and modern communication engineering systems.

Publication Top Notes 

Title: Performance analysis of AF based hybrid satellite-terrestrial cooperative network over generalized fading channels
Journal: IEEE Communications Letters
Authors: MR Bhatnagar, MK Arti
Citations: 244

Title: On the closed-form performance analysis of maximal ratio combining in Shadowed-Rician fading LMS channels
Journal: IEEE Communications Letters
Authors: MR Bhatnagar, MK Arti
Citations: 158

Title: Beamforming and combining in hybrid satellite-terrestrial cooperative systems
Journal: IEEE Communications Letters
Authors: MK Arti, MR Bhatnagar
Citations: 142

Title: Performance analysis of hybrid satellite-terrestrial FSO cooperative system
Journal: IEEE Photonics Technology Letters
Authors: MR Bhatnagar, MK Arti
Citations: 141

Title: Channel Estimation and Detection in Hybrid Satellite-Terrestrial Communication Systems
Journal: IEEE Transactions on Vehicular Technology
Authors: MK Arti
Citations: 91

Title: Modeling and Predictions for COVID 19 Spread in India
Journal: ResearchGate
Authors: MK Arti, K Bhatnagar
Citations: 78

Title: Channel Estimation and Detection in Satellite Communication Systems
Journal: IEEE Transactions on Vehicular Technology
Authors: A M.K.
Citations: 77

Title: Selection beamforming and combining in decode-and-forward MIMO relay networks
Journal: IEEE Communications Letters
Authors: MR Bhatnagar, MK Arti
Citations: 72

Title: Beamforming and combining in two-way AF MIMO relay networks
Journal: IEEE Communications Letters
Authors: MK Arti, RK Mallik, R Schober
Citations: 60

Title: Relay selection‐based hybrid satellite‐terrestrial communication systems
Journal: IET Communications
Authors: MK Arti, V Jain
Citations: 59

Title: OSTBC Transmission in Shadowed-Rician Land Mobile Satellite Links
Journal: IEEE Transactions on Vehicular Technology
Authors: A MK, S Jindal
Citations: 57

Title: Two-Way Satellite Relaying with Estimated Channel Gains
Journal: IEEE Transactions on Communications
Authors: MK Arti
Citations: 56

Title: Two-way mobile satellite relaying: A beamforming and combining based approach
Journal: IEEE Communications Letters
Authors: MK Arti, MR Bhatnagar
Citations: 56

Title: Performance analysis of hop-by-hop beamforming and combining in DF MIMO relay system over Nakagami-m fading channels
Journal: IEEE Communications Letters
Authors: MK Arti, MR Bhatnagar
Citations: 46

Title: OSTBC Transmission in Large MIMO Systems
Journal: IEEE Communications Letters
Authors: MK Arti
Citations: 39

Title: Performance analysis of two-way AF MIMO relaying of OSTBCs with imperfect channel gains
Journal: IEEE Transactions on Vehicular Technology
Authors: MK Arti, MR Bhatnagar
Citations: 36

Title: Maximal ratio transmission in AF MIMO relay systems over Nakagami-m fading channels
Journal: IEEE Transactions on Vehicular Technology
Authors: MK Arti, MR Bhatnagar
Citations: 35

Title: A Novel Beamforming and Combining Scheme for Two-Way AF Satellite Systems
Journal: IEEE Transactions on Vehicular Technology
Authors: MK Arti
Citations: 29

Title: A Simple Scheme of Channel Estimation in Large MIMO Systems
Journal: Vehicular Technology Conference (VTC Spring), IEEE
Authors: A M.K.
Citations: 29

Title: Imperfect CSI based AF relaying in hybrid satellite-terrestrial cooperative communication systems
Journal: IEEE International Conference on Communication Workshop (ICCW)
Authors: MK Arti
Citations: 29

Conclusion

Prof. Arti M. K.’s distinguished profile demonstrates a career dedicated to excellence in engineering research, education, and innovation. Her engineering leadership has shaped advancements in wireless and satellite communication, inspiring students and colleagues alike. With recognized awards, international publications, and impactful patents, she exemplifies the integration of theory and practice in engineering. Her engineering journey continues to contribute to evolving technologies and academic growth worldwide. Prof. Arti M. K. remains a valuable figure in advancing engineering education and pushing the boundaries of modern communication systems, ensuring a lasting legacy in academia and industry.

Assist. Prof. Dr. Nancy Soliman | Engineering | Best Researcher Award

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Assist. Prof. Dr. Nancy Soliman | Engineering | Best Researcher Award

Assistant Professor at Texas A&M University - Corpus Christi | United States

Assist. Prof. Dr. Nancy Soliman is a highly accomplished figure in Civil Engineering, bringing deep expertise to structural materials and infrastructure innovation. Her Engineering work integrates sustainability, advanced concrete technology, and multiscale analysis. She has contributed to cutting-edge Engineering projects that enhance durability, performance, and energy efficiency in construction materials. Nancy Soliman leads pioneering Engineering research, including smart concrete, CO₂-capturing composites, and multifunctional materials. Her Engineering efforts bridge academia, industry, and international collaborations, strengthening future civil infrastructure. This summary reflects her impact as a leader in Engineering research, innovation, and education, positioning her as a significant contributor to modern, sustainable infrastructure solutions on a global scale.

Professional Profiles

Google Scholar Profile | ORCID Profile 

Education 

Assist. Prof. Dr. Nancy Soliman has a strong academic background in Civil Engineering. She earned advanced Engineering degrees from highly respected institutions, demonstrating excellence in structural materials and geotechnical Engineering. Her doctoral studies in Structural Materials Engineering focused on developing ultra-high-performance concrete using recycled materials for sustainable applications. Postdoctoral research at world-renowned institutions advanced Engineering knowledge in smart, electron-conductive cement composites. Throughout her academic journey, she explored Engineering solutions for structural durability, sustainability, and multifunctionality. These Engineering-focused experiences equipped her with the expertise to innovate in high-performance materials and lead future Engineering research efforts that meet global infrastructure challenges while advancing environmental and technological goals.

Experience 

Assist. Prof. Dr. Nancy Soliman has extensive Engineering professional experience across academia, industry, and collaborative research networks. She serves as an Assistant Professor of Civil Engineering, leading laboratory development, curriculum innovation, and major Engineering projects funded by competitive grants. Her Engineering practice includes creating sustainable ultra-high-performance concrete, electron-conductive composites, and CO₂-capturing structural materials. Previously, she contributed Engineering expertise to prestigious institutions like MIT and Ryerson University, advancing smart materials and eco-friendly solutions. Her Engineering leadership has fostered partnerships between academic, governmental, and industrial sectors. This Engineering-driven career path highlights her dedication to translating fundamental research into practical, high-impact solutions for resilient, sustainable infrastructure worldwide.

Research Interest 

Assist. Prof. Dr. Nancy Soliman’s research interests focus on advancing Engineering knowledge in civil infrastructure materials. She investigates sustainable Engineering solutions for concrete, multifunctional composites, and carbon utilization in construction. Her Engineering work spans multiscale chemo-mechanical characterization, durability enhancement, and smart material design. She studies electron-conductive concrete for self-sensing and self-heating, pioneering Engineering approaches to energy-efficient structures. Additionally, she explores recycling industrial byproducts, advancing green Engineering technologies. By combining experimental, analytical, and modeling techniques, she addresses pressing Engineering challenges, offering innovative strategies for future-ready infrastructure systems. These Engineering-driven interests align with global priorities for sustainable, resilient, and technologically advanced construction practices.

Award and Honor

Assist. Prof. Dr. Nancy Soliman has earned numerous distinctions in Engineering, recognizing her exceptional contributions to research, innovation, and education. Her Engineering achievements include best thesis, best invention, and best presentation awards in prestigious international conferences. Leading organizations have honored her Engineering excellence through fellowships, teaching awards, and competitive research grants. She has been nominated and recognized for instructional innovation, demonstrating her impact in Engineering education. Her achievements reflect global recognition of her Engineering leadership in sustainable materials and advanced infrastructure technologies. These awards highlight a career marked by creativity, dedication, and significant advancements in modern Engineering science and practice.

Research Skill

Assist. Prof. Dr. Nancy Soliman possesses diverse Engineering research skills essential for innovation in infrastructure materials. Her Engineering expertise spans experimental design, multiscale testing, material modeling, and process optimization. She applies advanced Engineering techniques to develop eco-friendly ultra-high-performance concrete, electron-conductive composites, and CO₂-capturing materials. Her skills integrate chemical, mechanical, and computational Engineering approaches, bridging theory and application. She leads Engineering projects from laboratory scale to real-world implementation, ensuring scientific rigor and practical relevance. By combining analytical insight with creative Engineering problem-solving, she drives breakthroughs in material performance, sustainability, and functionality. These skills make her a critical contributor to advancing global Engineering solutions.

Publication Top Notes 

Title: Development of ultra-high-performance concrete using glass powder–Towards ecofriendly concrete
Journal: Construction and Building Materials
Authors: NA Soliman, A Tagnit-Hamou
Citation: 374

Title: Partial substitution of silica fume with fine glass powder in UHPC: Filling the micro gap
Journal: Construction and Building Materials
Authors: NA Soliman, A Tagnit-Hamou
Citation: 277

Title: Using glass sand as an alternative for quartz sand in UHPC
Journal: Construction and Building Materials
Authors: NA Soliman, A Tagnit-Hamou
Citation: 238

Title: Using Particle Packing and Statistical Approach to Optimize Eco-Efficient Ultra-High-Performance Concrete.
Journal: ACI Materials Journal
Authors: NA Soliman, A Tagnit-Hamou
Citation: 124

Title: Nano-engineered ultra-high performance concrete for controlled autogenous shrinkage using nanocellulose
Journal: Cement and Concrete Research
Authors: OA Hisseine, NA Soliman, B Tolnai, A Tagnit-Hamou
Citation: 114

Title: Green ultra-high-performance glass concrete
Journal: International Interactive Symposium on Ultra-High Performance Concrete
Authors: A Tagnit-Hamou, N Soliman, A Omran
Citation: 101

Title: Reproductive hormonal changes and catamenial pattern in adolescent females with epilepsy
Journal: Epilepsia
Authors: HA El-Khayat, NA Soliman, HY Tomoum, MA Omran, AS El-Wakad, ...
Citation: 67

Title: Performance of ground-glass pozzolan as a cementitious material—A review
Journal: Advances in Civil Engineering Materials
Authors: A Omran, N Soliman, A Zidol, A Tagnit-Hamou
Citation: 56

Title: Laboratory Characterization and Field Application of Novel Ultra-High-Performance Glass Concrete.
Journal: ACI Materials Journal
Authors: NA Soliman, AF Omran, A Tagnit-Hamou
Citation: 55

Title: Field trials with concrete incorporating biomass-fly ash
Journal: Construction and Building Materials
Authors: A Omran, N Soliman, A Xie, T Davidenko, A Tagnit-Hamou
Citation: 48

Title: Micro-chemo-mechanical features of ultra-high performance glass concrete (UHPGC)
Journal: Theoretical and Applied Fracture Mechanics
Authors: W Wilson, NA Soliman, L Sorelli, A Tagnit-Hamou
Citation: 42

Title: Electric energy dissipation and electric tortuosity in electron conductive cement-based materials
Journal: Physical Review Materials
Authors: NA Soliman, N Chanut, V Deman, Z Lallas, FJ Ulm
Citation: 23

Title: Ground glass Pozzolan in conventional, high, and ultra-high performance concrete
Journal: MATEC Web of Conferences
Authors: A Tagnit-Hamou, A Zidol, N Soliman, J Deschamps, A Omran
Citation: 23

Title: Piezoelectric ring actuator technique to monitor early-age properties of cement-based materials
Journal: Cement and Concrete Composites
Authors: NA Soliman, KH Khayat, M Karray, AF Omran
Citation: 21

Title: Effects of cellulose nanofibrils on rheological and mechanical properties of 3D printable cement composites
Journal: Cement and Concrete Composites
Authors: U Kilic, N Soliman, A Omran, OE Ozbulut
Citation: 17

Title: Ultra-high performance glass concrete and method for producing same
Journal: US Patent
Authors: A Tagnit-Hamou, N Soliman
Citation: 12

Title: Development of ultra-high-performance concrete (UHPC) using waste glass materials─ towards innovative eco-friendly concrete
Journal: Université de Sherbrooke
Authors: N Soliman
Citation: 9

Title: Synthesis and characterization of bentonite-based lightweight ceramic aggregates using coal combustion residue and kerosene bloating agent
Journal: Construction and Building Materials
Authors: F Hussain, A Omran, N Soliman
Citation: 8

Title: Assessing economic and environmental performance of infill materials through BIM: a life cycle approach
Journal: Smart and Sustainable Built Environment
Authors: ZW Sajid, SA Khan, F Hussain, F Ullah, RA Khushnood, N Soliman
Citation: 7

Title: The Piezo-electric Ring Actuator technique (P-RAT)–16 years of progress
Journal: Proceedings of the 72nd Canadian Geotechnical Conference
Authors: M Karray, G Lefebvre, K Khayat, MN Hussien, A Mhenni, M Ben Romdhan, ...
Citation: 7

Conclusion

Assist. Prof. Dr. Nancy Soliman’s career reflects an unwavering commitment to Engineering innovation, sustainability, and education. Her Engineering leadership advances the future of infrastructure materials, integrating green technologies with high-performance applications. Through research, teaching, and collaborative Engineering initiatives, she inspires progress toward smarter, more resilient civil systems. Her Engineering vision aligns with global needs, addressing environmental, structural, and energy challenges simultaneously. By transforming fundamental Engineering concepts into practical solutions, she builds pathways for next-generation infrastructure. This conclusion underscores her role as a prominent Engineering figure whose work bridges science, technology, and societal advancement, shaping the built environment for decades to come.

Dr. Tengfei Kuai | Engineering | Best Researcher Award

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Dr. Tengfei Kuai | Engineering | Best Researcher Award

Postdoctoral Researcher at Nanjing University of Science and Technology, China

Dr. Tengfei Kuai is a distinguished figure in mechanical engineering, focusing on impact dynamics and advanced structural crashworthiness. His engineering expertise covers computational modeling, additive manufacturing, and mechanical metamaterials. With a Ph.D. in mechanics, he has contributed significantly to engineering research, advancing knowledge in penetration mechanics and material behavior under extreme conditions. His engineering publications highlight innovative bio-inspired structures, enhancing crashworthiness performance through creative design. Dr. Tengfei Kuai combines engineering theory and experimentation with practical applications, bridging fundamental science with real-world engineering challenges. His efforts strengthen the global engineering community and inspire collaborations that drive progress. Through continuous dedication, Dr. Kuai’s engineering career demonstrates both technical depth and interdisciplinary impact across multiple mechanical engineering domains.

Professional Profile

Scopus Profile 

Education 

Dr. Tengfei Kuai’s academic background is rooted in mechanical engineering, having completed undergraduate, master’s, and doctoral studies at Nanjing University of Science and Technology. This engineering progression provided a strong foundation in mechanics, offering both theoretical insights and practical skills essential to modern engineering challenges. Throughout his academic journey, he gained exposure to advanced topics, integrating engineering principles with evolving technologies. His Ph.D. focused on impact dynamics, strengthening his engineering capacity to innovate in structural crashworthiness and high-strain-rate material behavior. This education prepared him for research leadership and engineering innovation, ensuring that he could translate fundamental concepts into practical engineering solutions. The continuity of his engineering studies reflects commitment, depth, and strategic alignment with cutting-edge engineering advancements.

Experience 

Dr. Tengfei Kuai’s professional experience reflects excellence in mechanical engineering, focusing on structural design, crashworthiness, and penetration mechanics. Through his engineering roles, he has advanced additive manufacturing techniques, merging theoretical mechanics with practical engineering manufacturing solutions. He contributes to engineering projects involving bio-inspired multi-cell tubes, crash analysis, and advanced computational modeling. His professional journey integrates engineering experimentation with computational simulations, ensuring reliable, application-oriented research outcomes. In every engineering context, he delivers solutions that enhance safety, structural integrity, and manufacturing efficiency. His collaborative engagements strengthen multidisciplinary engineering networks and promote innovation at the intersection of mechanics, materials, and design. Dr. Kuai’s engineering expertise consistently elevates research standards, blending creativity, precision, and technical rigor in professional practice.

Research Interest 

Dr. Tengfei Kuai’s research interests span several areas within mechanical engineering, emphasizing impact dynamics, structural crashworthiness, and penetration mechanics. His engineering pursuits also include additive manufacturing, exploring how metals and polymers can be shaped into high-performance structures. He studies mechanical metamaterials, contributing to engineering advances in lightweight, energy-absorbing designs. High-strain-rate material behavior is another focus, where engineering insights help predict performance under extreme loading. His interdisciplinary approach blends experimental engineering with computational modeling, enabling innovative design concepts for safety-critical applications. Dr. Kuai’s engineering research strengthens both academic and industrial practices, providing novel methods and validated models for structural optimization. His dedication fosters continuous improvement in engineering capabilities across dynamic and evolving mechanical engineering domains.

Award and Honor

Dr. Tengfei Kuai has earned recognition through prestigious engineering awards, including national scholarships and institutional honors that highlight his contributions to mechanical engineering. These achievements reflect not only academic excellence but also leadership in engineering research and innovation. His engineering accolades underscore his dedication to advancing structural crashworthiness and impact dynamics while promoting collaboration across technical disciplines. Recognition from respected engineering institutions confirms his impact on both theoretical development and applied research. Each honor signifies progress in areas vital to the engineering field, reinforcing his status as a reliable and innovative contributor. Through these awards, Dr. Kuai’s engineering career is distinguished by credibility, respect, and motivation to continue pushing the boundaries of mechanical engineering discovery.

Research Skill

Dr. Tengfei Kuai’s research skills are comprehensive and deeply connected to engineering innovation. He is proficient in experimental engineering techniques, including high-speed photography, drop hammer testing, and material characterization. His engineering skill set includes computational modeling using ABAQUS, LS-DYNA, and ANSYS, vital for predictive crashworthiness simulations. Proficiency in MATLAB and Python enhances data analysis, furthering engineering research precision. He integrates additive manufacturing processes, bridging engineering design with fabrication of advanced structures. His ability to merge theoretical frameworks with practical engineering validation strengthens his research credibility. Each engineering skill supports his role in tackling complex mechanical problems, ensuring that novel designs are not only innovative but validated for real-world engineering performance and safety standards.

Publication Top Notes 

Title: Crashworthiness analysis of bio-inspired fractal petal-like multi-cell tubes with Fibonacci spiral section under axial crushing
Journal: Mechanics of Advanced Materials and Structures
Citations: 0
Year: 2025

Conclusion

Dr. Tengfei Kuai represents a new generation of mechanical engineering leaders. His engineering journey integrates academic rigor, professional excellence, and impactful research in structural safety and manufacturing innovation. By consistently advancing impact dynamics, crashworthiness, and penetration mechanics, he contributes meaningfully to the engineering field. His achievements highlight how engineering research transforms theoretical concepts into practical technologies that protect lives and improve performance. With recognized awards, strong collaborations, and sustained innovation, he exemplifies commitment to engineering progress. The breadth and depth of his work ensure lasting influence, empowering the engineering community to address evolving challenges. Dr. Kuai’s engineering legacy stands as both a foundation and an inspiration for future developments in mechanical engineering.

Mr. Wang Yajun | Engineering | Best Researcher Award

Published on by Physicist Particle

Mr. Wang Yajun | Engineering | Best Researcher Award

Associate Professor at University of South China, China

Mr. Wang Yajun has contributed extensively to engineering education and research, showing strong leadership in robotics engineering. His dedication to engineering projects has shaped curriculum development, guided student competitions, and driven academic progress in robotics engineering programs. He has actively participated in engineering innovation, departmental development, and institutional growth. His engineering vision involves nurturing young scholars, integrating advanced technologies, and improving teaching standards. With continuous engagement in engineering challenges, he promotes academic excellence, collaboration, and sustainable progress. His engineering background supports his mission to advance both education and practical application, ensuring future leaders benefit from structured knowledge in robotics engineering fields.

Professional Profile

Scopus Profile 

Education 

Mr. Wang Yajun’s engineering education reflects a robust academic foundation across multiple institutions. He holds degrees in mechanical engineering, mechanical design, manufacturing, and automation, complemented by expertise in mechanical and electronic engineering. His advanced training in engineering has been instrumental in shaping his ability to lead robotics engineering programs effectively. Through his engineering education, he developed interdisciplinary knowledge bridging mechanical systems, automation processes, and robotics engineering principles. His academic exposure to diverse engineering specializations enables him to integrate theoretical learning with practical problem-solving. This comprehensive engineering background empowers him to contribute both as a researcher and as a mentor in modern robotics engineering development.

Experience 

Mr. Wang Yajun has accumulated significant professional engineering experience in academic and industrial environments. Serving as a director of robotics engineering, he has overseen engineering curricula, laboratory establishment, and advanced engineering research initiatives. His leadership in engineering education has guided teams through national competitions, yielding top awards. He has actively participated in engineering project management, faculty recruitment, and evaluation processes for robotics engineering accreditation. His engineering responsibilities include mentoring doctoral candidates, coordinating interdisciplinary engineering efforts, and enhancing institutional capabilities. Through years of engineering-driven administrative and teaching roles, he has strengthened organizational performance and advanced the robotics engineering discipline across educational platforms and applied research sectors.

Research Interest 

Mr. Wang Yajun’s engineering research interests lie in robotics engineering, mechanical automation, and intelligent systems integration. His work bridges engineering innovation with educational development, focusing on advancing robotics engineering curricula and practical research outcomes. He emphasizes projects combining mechanical engineering design, intelligent control, and automated systems, creating impactful engineering solutions. His research encourages collaborative engineering approaches, addressing complex automation challenges and fostering real-world engineering applications. By aligning engineering innovation with student development, he integrates academic research with industrial needs. His ongoing engineering exploration continues to enhance robotics engineering knowledge, strengthen applied research directions, and contribute significantly to technological advancements in the field.

Award and Honor

Mr. Wang Yajun has earned numerous engineering awards and honors for his outstanding contributions. Recognized as an excellent instructor and teacher, he has guided engineering students to achieve prestigious robotics competition prizes at national levels. His dedication to engineering education has resulted in honors highlighting his leadership, innovation, and commitment to robotics engineering excellence. His achievements include recognitions for academic instruction, departmental development, and professional engineering mentorship. These awards reflect his sustained contributions to engineering education, institutional growth, and collaborative progress in robotics engineering. They stand as a testament to his continued pursuit of engineering advancement, academic distinction, and innovation within the robotics engineering discipline.

Research Skill

Mr. Wang Yajun’s engineering research skills encompass advanced robotics engineering development, interdisciplinary automation systems, and academic program innovation. He demonstrates proficiency in designing and executing engineering projects that integrate theory and application effectively. His engineering capabilities include leading research groups, mentoring doctoral candidates, and managing large-scale academic initiatives. Skilled in securing engineering funding, he contributes to national and provincial projects in robotics engineering. His analytical, technical, and leadership skills empower him to produce significant research outputs, including publications and patents. His engineering expertise continuously advances the robotics engineering field, supporting institutional excellence and the creation of innovative engineering solutions aligned with educational and industrial progress.

Publication Top Notes 

Title: Enhancing the oxygen evolution reaction performance of pyrochlore oxide through amorphous/crystalline heterostructure engineering

Journal: Journal of Power Sources

Citations: 5

Year: 2025

Title: AHMOT: Adaptive Kalman Filtering and Hierarchical Data Association for 3-D Multiobject Tracking in IoT-Enabled Autonomous Vehicles

Journal: IEEE Internet of Things Journal

Citations: 0

Year: 2025

Conclusion

Mr. Wang Yajun stands as a leader in robotics engineering education, research, and innovation. His engineering achievements demonstrate a consistent commitment to advancing knowledge, fostering student excellence, and integrating academic rigor with practical applications. By promoting engineering collaboration, driving curriculum innovation, and mentoring future experts, he has enhanced institutional capacity and robotics engineering visibility. His professional journey reflects a balance of teaching, research, and leadership within the engineering domain. His engineering dedication ensures continuous contributions to academic and industrial sectors, positioning him as a respected figure whose efforts shape the evolving future of robotics engineering while inspiring sustainable technological and educational advancement.

Dr. P. Senthil | Engineering | Best Researcher Award

Published on by Physicist Particle

Dr. P. Senthil | Engineering | Best Researcher Award

Associate Professor at National Institute of Technology, India

Dr. P. Senthil, a distinguished figure in Engineering, is an Associate Professor at the National Institute of Technology, Tiruchirappalli. His contributions to Engineering education, research, and innovation showcase his commitment to academic excellence. Engineering has been the foundation of his career, shaping his work in production Engineering, manufacturing processes, and design optimization. His vision for Engineering advances includes bridging academic research with industry requirements. Dr. P. Senthil continues to inspire students and peers with his Engineering-focused teaching, mentoring, and problem-solving abilities. His research in Engineering extends to rapid prototyping, computer-aided design, and modeling optimization, making him a valuable resource in modern Engineering development across both theoretical and applied dimensions.

Professional Profile

Google Scholar Profile | Scopus Profile 

Education 

Dr. P. Senthil’s academic foundation in Engineering is built on diverse and rigorous qualifications. He earned his Ph.D. from the National Institute of Technology, Tiruchirappalli, specializing in advanced Engineering research. His M.E. in Computer-Aided Design from Anna University expanded his knowledge in applied Engineering design. A PGD-PE in Plastics Engineering from CIPET further enriched his Engineering expertise, while his B.E. in Mechanical Engineering from the University of Madras solidified his core Engineering concepts. This structured Engineering education empowered him to connect interdisciplinary technologies with real-world challenges. His educational path emphasizes the depth and breadth of Engineering, preparing him to guide students in solving complex Engineering problems with innovative, practical, and sustainable solutions aligned with modern industrial needs.

Experience 

Dr. P. Senthil has extensive professional experience in Engineering, primarily within academia at the National Institute of Technology, Tiruchirappalli. As an Associate Professor in the Production Engineering department, his role involves teaching, research, and curriculum development with a strong Engineering focus. His work emphasizes the integration of Engineering principles into practical solutions for manufacturing industries. Engineering forms the basis of his involvement in sponsored projects, including optimizing lightweight structures and analyzing machinability of high-strength composites. His academic service also includes supervising Engineering research scholars and guiding innovative design projects. This Engineering-rich professional journey reflects his dedication to improving educational quality and fostering industry-relevant Engineering skills among future professionals through comprehensive academic and applied contributions.

Research Interest 

Dr. P. Senthil’s research interest lies in exploring advanced Engineering solutions for modern industrial challenges. His focus includes rapid prototyping, tooling, and manufacturing, offering significant Engineering innovation for production optimization. He investigates metal cutting processes and their Engineering implications for efficiency and precision. Modeling and optimization of manufacturing processes further highlight his Engineering-oriented analytical approach. Computer-aided design (CAD) integration represents another pillar of his Engineering research, connecting virtual modeling to real-world applications. These diverse yet interconnected Engineering interests aim to enhance productivity, reduce costs, and support sustainable practices in manufacturing sectors. Through collaborative Engineering research, Dr. P. Senthil contributes to bridging academic theories with industrial applications, shaping the next generation of Engineering technologies and solutions.

Award and Honor

Dr. P. Senthil has received recognition in the Engineering academic community through sponsored research projects and institutional appreciation. His Engineering expertise earned him opportunities to lead high-value projects funded by government and industry, highlighting trust in his Engineering capabilities. Notable works include structural weight optimization and machinability analysis, reflecting practical Engineering impact. Awards and honors in Engineering emphasize his dedication to quality teaching, innovative research, and professional leadership. His involvement in professional Engineering societies further underlines his academic standing. Such acknowledgments celebrate his Engineering-driven contributions that combine technical depth with applicability, demonstrating the positive influence of his efforts on students, peers, industries, and the broader Engineering educational landscape across national and international platforms.

Research Skill

Dr. P. Senthil possesses extensive research skills that advance Engineering knowledge and practice. His expertise in rapid prototyping reflects his Engineering problem-solving capacity, enabling faster product development cycles. Skills in tooling, manufacturing optimization, and CAD highlight his Engineering versatility, supporting both academic projects and industrial solutions. He applies modeling techniques to enhance Engineering processes, ensuring precision and efficiency. His ability to guide research students demonstrates his skill in translating Engineering concepts into innovative, publishable work. Additionally, his capability to secure and manage sponsored projects shows proficiency in aligning Engineering research with industry needs. These Engineering-centered skills contribute to the continuous evolution of production systems, design strategies, and practical solutions in modern Engineering contexts.

Publication Top Notes 

Title: A review on composite materials and process parameters optimisation for the fused deposition modelling process
Authors: N Mohan, P Senthil, S Vinodh, N Jayanth
Journal: Virtual and Physical Prototyping

Title: A review on advancements in applications of fused deposition modelling process
Authors: T Sathies, P Senthil, MS Anoop
Journal: Rapid Prototyping Journal

Title: Effect of chemical treatment on tensile strength and surface roughness of 3D-printed ABS using the FDM process
Authors: N Jayanth, P Senthil, C Prakash
Journal: Virtual and Physical Prototyping

Title: An investigation to study the combined effect of different infill pattern and infill density on the impact strength of 3D printed polylactic acid parts
Authors: PK Mishra, P Senthil, S Adarsh, MS Anoop
Journal: Composites Communications

Title: Parametric optimisation of EDM on Al-Cu/TiB2 in-situ metal matrix composites using TOPSIS method
Authors: P Senthil, S Vinodh, AK Singh
Journal: International Journal of Machining and Machinability of Materials

Title: Prediction of in-plane stiffness of multi-material 3D printed laminate parts fabricated by FDM process using CLT and its mechanical behaviour under tensile load
Authors: PK Mishra, P Senthil
Journal: Materials Today Communications

Title: Performance of surface textured tools during machining of Al-Cu/TiB2 composite
Authors: D Arulkirubakaran, V Senthilkumar, VL Chilamwar, P Senthil
Journal: Measurement

Title: Application of 3D printed ABS based conductive carbon black composite sensor in void fraction measurement
Authors: N Jayanth, P Senthil
Journal: Composites Part B: Engineering

Title: Optimization on turning parameters of 15-5PH stainless steel using Taguchi based grey approach and Topsis
Authors: D Palanisamy, P Senthil
Journal: Archive of Mechanical Engineering

Title: Multicriteria group decision making for the third party reverse logistics service provider in the supply chain model using fuzzy TOPSIS for transportation services
Authors: G Kannan, P Murugesan, P Senthil, A Noorul Haq
Journal: International Journal of Services Technology and Management

Title: Influence of turning parameters on the machinability of homogenized Al–Cu/TiB2 in situ metal matrix composites
Authors: P Senthil, T Selvaraj, K Sivaprasad
Journal: The International Journal of Advanced Manufacturing Technology

Title: The effect of aging on machinability of 15Cr-5Ni precipitation hardened stainless steel
Authors: D Palanisamy, P Senthil, V Senthilkumar
Journal: Archives of Civil and Mechanical Engineering

Title: Homogenisation of elastic properties in FDM components using microscale RVE numerical analysis
Authors: MS Anoop, P Senthil
Journal: Journal of the Brazilian Society of Mechanical Sciences and Engineering

Title: Development of ANFIS model and machinability study on dry turning of cryo-treated PH stainless steel with various inserts
Authors: D Palanisamy, P Senthil
Journal: Materials and Manufacturing Processes

Title: The influence of process parameters on the impact resistance of 3D printed PLA specimens under water-absorption and heat-treated conditions
Authors: PK Mishra, S Ponnusamy, MSR Nallamilli
Journal: Rapid Prototyping Journal

Title: Application of 3D printed PLA-carbon black conductive polymer composite in solvent sensing
Authors: T Sathies, P Senthil, C Prakash
Journal: Materials Research Express

Title: A comparative machinability study on titanium alloy Ti-6Al-4V during dry turning by cryogenic treated and untreated condition of uncoated WC inserts
Authors: U Kumar, P Senthil
Journal: Materials Today: Proceedings

Title: Experimental investigation on the application of FDM 3D printed conductive ABS-CB composite in EMI shielding
Authors: N Jayanth, P Senthil, B Mallikarjuna
Journal: Radiation Physics and Chemistry

Title: Investigations on machinability characteristics of cast aluminum alloy based (LM 26+ Graphite+ Fly ash) hybrid metal matrix composites for automobile components
Authors: C Prakash, P Senthil, N Manikandan, D Palanisamy
Journal: Materials and Manufacturing Processes

Title: An investigation on viscoelastic characteristics of 3D-printed FDM components using RVE numerical analysis
Authors: MS Anoop, P Senthil, VS Sooraj
Journal: Journal of the Brazilian Society of Mechanical Sciences and Engineering

Conclusion

Dr. P. Senthil exemplifies dedication to Engineering through his balanced contributions in education, research, and industry collaboration. His journey reflects the transformative power of Engineering when combined with innovation, mentorship, and institutional service. Engineering principles guide his approach to addressing modern challenges, shaping future-ready solutions that benefit students, industries, and society. His leadership in Engineering projects, publications, and academic initiatives ensures continuous advancement in the field. The combination of practical insight and theoretical understanding makes his Engineering work highly relevant. By nurturing talent and delivering impactful research, Dr. P. Senthil continues to enhance the reputation and influence of Engineering education and practice within the evolving technological and industrial ecosystem worldwide.