Guest Editor(s)
Prof. Bingxiang Yuan
Email: yuanbx@gdut.edu.cn
Affiliation: School of Civil And Transportation Engineering, Guangdong University of Technology, Guangdong, China
Homepage:
Research Interests: geotechnical engineering, tunnel engineering, construction waste recycling, marine geotechnical engineering
Summary
The 2027 11th International Conference on Civil Construction and Structural Engineering (I3CSE 2027) is proud to convene in the vibrant city of Guangzhou, China, from May 28-30, 2027. Serving as a premier gathering point, this conference aims to unite a global community of experts, scholars, and practitioners spanning the disciplines of civil engineering, architecture, and structural engineering. Our mission is to foster a dynamic environment for the exchange of innovative ideas and to cultivate strategic, deep-seated collaboration between the academic sphere and the industry.
In an era defined by accelerating urbanization and an escalating global demand for robust infrastructure, the civil engineering sector stands at a crossroads of complex challenges and transformative opportunities. I3CSE 2027 will delve into the forefront of these issues, addressing critical themes such as the integration of advanced and innovative materials, the adoption of intelligent construction methodologies, the pursuit of sustainable and low-carbon development, and the enhancement of seismic resilience in design.
The conference program will spotlight state-of-the-art advancements in modern engineering technology. Participants will explore cutting-edge research and practical applications through the lens of intelligent urban infrastructure, eco-friendly building solutions, and next-generation structural health monitoring systems. By facilitating the sharing of groundbreaking research findings and diverse professional experiences, I3CSE 2027 strives to strengthen international cooperation, accelerate the dissemination of specialized knowledge, and elevate the technical and operational capabilities of the civil engineering and construction industries. Together, we aim to contribute significant intellectual leadership and practical solutions toward the goal of global sustainable development.
Keywords
structural reliability and force analysis, structural diagnosis, structural health monitoring, structural analysis and design, damage analysis and assessment, high performance structural materials, fiber reinforced cementitious materials, structural repair, remodeling, and reinforcement
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