Development of a computer model of bolted steel joints

Abstract

Accurate structural models can help to better understand the behavior of the structure while using a low cost compared to laboratory tests. This research aims to develop a model for analyzing the behavior of bolted steel joint structures under alternating directional forces. In this research, the basis of modeling is presented, which can reflect the behavior of steel structures obtained from laboratory tests. In the model development process, the results of the model are also compared with actual experimental data to enhance the understanding of the force transfer mechanism within the structure and the force distribution in the steel structure system. The examples presented in this article include joint structures. The experimental results show that the developed model can effectively simulate the behavior of the structure under alternating directional forces. The results of this research are important for applications in structural engineering and the design of steel-structured buildings.