Complexity Reduction for the Architecture Design of Large-Scale Public Buildings Based on Seismic Structure Simulation Technology

Abstract

In order to improve the seismic effect of large-scale public building architecture design, this paper studies the large-scale public building architecture design with the support of seismic structure simulation technology and improves the large-scale public building architecture design effect through simulation research. Furthermore, on the basis of the construction of the seismic performance evaluation system and the determination of the index weight, this paper assigns the index data to the sample table of the seismic performance checklist and establishes the seismic performance evaluation model based on the gray fixed-weight clustering method. Furthermore, using the seismic structure modeling technique described in this study, this paper assesses the seismic performance of public buildings. Finally, through experimental research, this paper verifies that the design method of large-scale public building architecture based on seismic structure simulation technology has certain practical effects.

Digital Twin Approach in Buildings: Future Challenges via a Critical Literature Review

“…DT permits an approach based on the information available and usable from the design phase to the end of life, allowing simulation, evaluation, and the ability to check different choices in terms of technological and performance alternatives. DT concretely opens a new approach to support design and management in the lifecycle of buildings [80][81][82][83]110,121]. Thanks to interoperability and information management, it could improve productivity; reduce the impact of buildings and infrastructures on the environment; enhance sustainability, circularity, and green construction; and predict more accurate outcomes and in-use behavior, reducing waste, risk, and costs in the lifecycle [84,85,[122][123][124].…”