Abstract
Pre-engineered building (PEB) has greater advantages in long-span structures. In this paper, pre-engineered industrial building of 30 mspan and 10 m eave height with slope of 10° has analyzed and designed using staad pro to understand the behavior of structure and to achieve the economy in steel design by reducing the material quantity as well as number of purlins and saving in erection time and construction time. Designs are done as per IS 800-2007 codes. Load is considered in modeling which are dead load, live load, wind load, and earthquake loads. Results are observed for base reaction, column moment, rafter moment, and displacement. From the parametric study, the PEB is fabricated in a factory and then it is erected at site as per the requirement.
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