The Hong Kong Polytechnic University - China
AUTHOR PROFILE
EARLY ACADEMIC PURSUITS
TIAN Weichen embarked on his academic journey with a focus on Mechanics at The Hong Kong Polytechnic University. His early academic pursuits laid the foundation for his research and professional endeavors in materials science and engineering.
PROFESSIONAL ENDEAVORS
TIAN Weichen's research and professional endeavors center around advanced manufacturing technology for concrete in extreme environments, nano-modified concrete, resource utilization of green concrete, and marine concrete durability. He has actively participated in projects funded by prestigious organizations such as the Hong Kong Innovation and Technology Fund and the National Natural Science Foundation.
CONTRIBUTIONS AND RESEARCH FOCUS
TIAN Weichen's research focuses on the multi-function application of conductive concrete and green efficient demolition of concrete structures. His work contributes to the development of sustainable construction materials and techniques, addressing challenges such as low-carbon transformation using waste glass and the regulation of electrical-chemical-thermal-moisture of UHPC subjected to electric activation curing.
IMPACT AND INFLUENCE
TIAN Weichen's contributions to materials science and engineering have been recognized through major awards and scholarships, including the Outstanding Graduate of Harbin Institute of Technology and the National Scholarship for doctoral students. His research has the potential to impact the construction industry by promoting sustainability and resilience through innovative materials and technologies.
ACADEMIC CITES
TIAN Weichen's research projects funded by prestigious organizations highlight the significance of his work in materials science and engineering. His involvement in projects focused on low-carbon transformation and performance regulation of concrete demonstrates his commitment to advancing knowledge and addressing real-world challenges in the field.
LEGACY AND FUTURE CONTRIBUTIONS
As TIAN Weichen's career progresses, his legacy in materials science and engineering is poised to grow. Through continued research, collaboration, and innovation, he aims to make further contributions to the development of sustainable construction materials and techniques. His dedication to advancing knowledge and solving complex problems ensures that his influence will endure in the field for years to come.
NOTABLE PUBLICATION
Internal structural evolution of conductive cementitious composites subjected to multi-step ohmic heating curing strategy under severely cold temperature. 2023 (2)