Abstract：
ANSYS was used to build model for the coordinative post-casting belt of superstructure, raft board and foundation. Dead-live unit method was used to simulate various closing conditions of building construction and post-casting belt and to get the raft foundation settlement value and foundation bottom reactive force value. It was found that different construction sequence could cause different development speeds of raft board differential settlement of main building and podium building, providing possibility for advanced closing of post-casting belt.
DOU Yuan-ming,SHA Qin-nan. Study on Mechanical Property and Closing Time of Post-Casting Belt of Main Building and Podium Building under Mutual Action[J]. Architecture Technology, 2017, 48(2): 211-.
