Electrochemical Seismic Design and Artificial Intelligence System Modeling of High-Rise Steel Structure Buildings

This study aims to improve the mechanical earthquake-resistance ability of high-rise buildings’ steel structures so that their safety performance is improved and service life prolonged. The simulation experiments on response staggered truss structure are conducted in buildings earthquake energy waves. First, MATLAB used build an experimental platform for evaluation residential buildings. Through building model training, it found meets needs study. Second, parameters, deformation recovery capacity, dynamic speed simulated tested. After waves with different intensities posed model, parameters tested, changes analyzed. Finally, post-earthquake tested through comparative analysis. results show interlayer displacement fluctuation smallest, resistance better than others under all kinds earthquakes. Although its decreases duration earthquakes, reduction slow. When quake lasts 12 s, still greater 2500 MPa. provides a reference