PUSHOVER ANALYSIS AND WEIGHT OPTIMIZATION OFINDUSTRIAL SHEDS AND THEIR LEAN-TOS

Over the past few decades, steel structures have played a significant role in industrial buildings. Itis imperative to design a steel structure that can perform exceptionally well under seismic loads. Asseismic standards continue to improve, designing structures based on performance such as pushoveranalysis has become increasingly prevalent. The present study focuses on the design of industrialstructures featuring three ۲۵۰-ton cranes, utilizing SAP۲۰۰۰ software. The investigation aims to assessthe impact of different spans and separate columns for the support of the aforementioned super heavycranes. Additionally, the study examines the significance of bracing for the separate columns of cranesin the structures. Subsequently, a pushover analysis was conducted on the designed industrial shedsand their lean-tos by subjecting them to varying static transverse loads with different coefficients ofthe structure's mass at the intersection of the columns and beams

کلیدواژه ها:

Industrial Shed ، Lean to ، Pushover Analysis ، Crane Load ، Seismic Load