The centennial sustainable assessment of regional construction industry under the multidisciplinary coupling model

Abstract

[EN] Sustainability research in the construction industry is of great strategic significance to the ecological environment of countries worldwide. This paper innovates theoretical models such as ¿structural response sensitivity weight¿ through interdisciplinary research on advanced mathematics, engineering science, computer science, environmental management and economic sociology. The model solves the limitations of multi-factor, multi-discrete, multi-constraint and low coupling iteration accuracy. The article shows the robustness of the model through case studies. The research data shows that the construction industry in China will reach its highest life cycle assessment emission peak of 2.73 GT in 2030 and will have harmful emissions of -2.78 GT between 2061 and 2098. The social impact assessment will peak at 4.26 GT in 2048 and harmful emissions of ¿3.75 GT per year from 2061 to 2098. This research provides a comprehensive research theory system and reference standards for scientific calculation and accurate assessment of the sustainable development of the construction industry in various countries around the world.