TORSION ANALYSIS OF SYMMETRIC AND ASYMMETRIC BUILDINGS

Abstract

Torsion is a critical aspect of structural behavior in buildings, impacting their stability and performance under various loading conditions. This paper presents a comprehensive review of the torsion analysis of symmetric and asymmetric buildings. The study begins with an introduction to the concept of torsion in structural engineering and its importance in building design. It then reviews previous studies on torsional behavior in buildings, discussing relevant theories and approaches to torsion analysis. The paper further describes the characteristics of symmetric and asymmetric buildings, explaining the theoretical background of torsion in each case. Case studies of both symmetric and asymmetric buildings are presented, highlighting the differences in their torsional behavior. The results and implications of these analyses are discussed, emphasizing the challenges and considerations in designing and analyzing asymmetric buildings. Finally, a comparison of the torsional behavior of symmetric and asymmetric buildings is provided, discussing the effects of symmetry/asymmetry on torsional stiffness, strength, and behavior. Design considerations and recommendations based on this comparison are also discussed. Overall, this paper provides valuable insights into the torsion analysis of buildings, highlighting the importance of considering torsional effects in building design and analysis.