Abstract
The main focus of this project study is to explore and compare the design and optimization of two types of industrial sheds: Pre-Engineering Building (PEB) with gantry girder work and the traditional truss-type steel shed with a gantry girder. PEB structures stand out for their efficiency and quick assembly due to pre-made components assembled on-site. Including a gantry girder in the design supports cranes for lifting heavy loads. On the other hand, the traditional steel shed design also features a gantry girder for crane support and is a staple in the construction sector. By analyzing these designs using STAAD-Pro software, we evaluate factors like strength, construction time, cost efficiency, and suitability for various industrial needs. Through this comparison, we aim to provide valuable insights for construction professionals to determine the most suitable shed design for their specific requirements, ensuring optimal performance and operational efficiency in industrial settings.
Published Version
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