Proceedings of the 2025 2nd International Conference on Civil Engineering Structures and Concrete Materials (CESCM 2025)
Conference: Proceedings of the 2025 2nd International Conference on Civil Engineering Structures and Concrete Materials (CESCM 2025)
Date: 14-16 September 2025
Location: London, UK (Hybrid)
Website: https://www.cescm.net/ At the key stage of advancing toward quality improvement and upgrading of global urbanization, three key challenges—climate change, aging infrastructure, and sustainable development—are driving the profound evolution of technological innovation and interdisciplinary integration in civil engineering. From September 14 to 16, 2025, the 2025 2nd International Conference on Civil Engineering Structures and Concrete Materials (CESCM 2025) was held in London, UK. The conference convened leading academics and industrial experts from China, the United Kingdom, Malaysia, Italy, and other countries to engage in extensive academic discussions, forging close links between theoretical exploration and engineering needs. CESCM 2025 established a closed loop from demand orientation to technological response and implementation of achievements. During the keynote speeches, Prof. Fabio Tosti (University of West London) addressed structural and environmental monitoring technologies, Prof. Sudharshan N. Raman (Monash University Malaysia) explored the sustainability potential of Ultra-High-Performance Concrete (UHPC), and Dr. Laden Husamaldin (University of West London) discussed adaptive project management—all of which responded to industrial challenges in monitoring, emission reduction, and management. In the invited speech sessions, Prof. Ahmad Safuan A Rashid (Universiti Teknologi Malaysia) provided guidance on improving the strength of concrete with a 6% cement dosage in wet and dry conditions, while Dr. Atiyeh Ardakanian (University of West London) explored pathways for urban regeneration in the digital age, which formed a model of cutting-edge technological breakthroughs combined with practical applications. The oral and poster presentations demonstrated strong on-site relevance and diversity. Research focusing on information encryption based on thermo-responsive hydrogels, and the control and prevention of seepage-stress in karst tunnels provided targeted technical solutions for special engineering scenarios. Additionally, the design of cement-free polyethylene concrete based on quantum mechanical calculations offered innovative multi-scale perspectives to solid waste utilization and low-carbon material development. These outcomes, centered on different regions and scenarios, jointly embody the pursuit of safer, low-carbon, and more efficient engineering objectives. This proceedings volume compiles papers that have undergone rigorous academic review, encompassing four key areas: theoretical research, experimental analysis, numerical simulation, and engineering applications. The collection features both in-depth explorations of fundamental material mechanisms and innovative solutions to significant engineering challenges. Each paper embodies the dedication and ingenuity of its authors, reflecting the core values of civil engineering: practice-oriented approaches, pursuit of innovation, and dedication to social service. The success of the conference was made possible by the academic support from institutions including Universiti Teknologi Malaysia and the University of West London, as well as the unwavering commitment of global participants to academic excellence. It was this cross-border scholarly resonance that enabled more diverse approaches to addressing complex engineering problems. May this proceedings volume serve as a stepping stone for academic exploration and a bridge for industrial innovation, turning every research endeavor into a catalyst for engineering progress. We hope the academic community will build upon this exchange to further advance material innovation and structural intelligence, contributing more insights to the development of green, safe, and efficient engineering systems. CESCM 2025 Conference Committee
Date: 14-16 September 2025
Location: London, UK (Hybrid)
Website: https://www.cescm.net/ At the key stage of advancing toward quality improvement and upgrading of global urbanization, three key challenges—climate change, aging infrastructure, and sustainable development—are driving the profound evolution of technological innovation and interdisciplinary integration in civil engineering. From September 14 to 16, 2025, the 2025 2nd International Conference on Civil Engineering Structures and Concrete Materials (CESCM 2025) was held in London, UK. The conference convened leading academics and industrial experts from China, the United Kingdom, Malaysia, Italy, and other countries to engage in extensive academic discussions, forging close links between theoretical exploration and engineering needs. CESCM 2025 established a closed loop from demand orientation to technological response and implementation of achievements. During the keynote speeches, Prof. Fabio Tosti (University of West London) addressed structural and environmental monitoring technologies, Prof. Sudharshan N. Raman (Monash University Malaysia) explored the sustainability potential of Ultra-High-Performance Concrete (UHPC), and Dr. Laden Husamaldin (University of West London) discussed adaptive project management—all of which responded to industrial challenges in monitoring, emission reduction, and management. In the invited speech sessions, Prof. Ahmad Safuan A Rashid (Universiti Teknologi Malaysia) provided guidance on improving the strength of concrete with a 6% cement dosage in wet and dry conditions, while Dr. Atiyeh Ardakanian (University of West London) explored pathways for urban regeneration in the digital age, which formed a model of cutting-edge technological breakthroughs combined with practical applications. The oral and poster presentations demonstrated strong on-site relevance and diversity. Research focusing on information encryption based on thermo-responsive hydrogels, and the control and prevention of seepage-stress in karst tunnels provided targeted technical solutions for special engineering scenarios. Additionally, the design of cement-free polyethylene concrete based on quantum mechanical calculations offered innovative multi-scale perspectives to solid waste utilization and low-carbon material development. These outcomes, centered on different regions and scenarios, jointly embody the pursuit of safer, low-carbon, and more efficient engineering objectives. This proceedings volume compiles papers that have undergone rigorous academic review, encompassing four key areas: theoretical research, experimental analysis, numerical simulation, and engineering applications. The collection features both in-depth explorations of fundamental material mechanisms and innovative solutions to significant engineering challenges. Each paper embodies the dedication and ingenuity of its authors, reflecting the core values of civil engineering: practice-oriented approaches, pursuit of innovation, and dedication to social service. The success of the conference was made possible by the academic support from institutions including Universiti Teknologi Malaysia and the University of West London, as well as the unwavering commitment of global participants to academic excellence. It was this cross-border scholarly resonance that enabled more diverse approaches to addressing complex engineering problems. May this proceedings volume serve as a stepping stone for academic exploration and a bridge for industrial innovation, turning every research endeavor into a catalyst for engineering progress. We hope the academic community will build upon this exchange to further advance material innovation and structural intelligence, contributing more insights to the development of green, safe, and efficient engineering systems. CESCM 2025 Conference Committee