Please use this identifier to cite or link to this item: https://elibrary.khec.edu.np:8080/handle/123456789/530
Title: STRUCTURAL ANALYSIS AND DESIGN OF MULTI-STORIED COMMERCIAL BUILDING
Authors: Aayusha Bhataju 075BCE004
Anil Sayaju 075BCE013
Anish Dulal 075BCE015
Bishal Dahal 075BCE026
Govinda Ghimire 075BCE031
Advisor: Er. Sudip Karanjit
Keywords: Structural Analysis, Design, Detailing, ETABS, AutoCAD
Issue Date: Mar-2023
College Name: Khwopa College of Engineering
Level: Bacherlor's Degree
Degree: BE. Civil
Department Name: Department of Civil
Abstract: Nepal being prone to natural disasters like earthquake, flood, avalanche, etc., therefore, safe and sustainable construction of commercial buildings has been of major concern in the context of Nepal. The prime aim of this project is to achieve the level of knowledge and practical understanding required to analyze and design the commercial building. In this project, structural analysis of Hotel Diyalo was carried out, which is located at Birgunj, Nepal. Preliminary design was carried out for slab, beam and column using basic building dimensions and provisions in the Indian Standard (IS) codes. Then, fundamental time period and lateral forces of the building was calculated. Modelling of the building for structural analysis and design was done using finite element method (FEM) based software ETABS v19.0, as per IS code. In the structural analysis, the internal forces in the structural members developed due to different loads such as dead load, live load, earthquake load were analyzed. Detailed design of structural members was carried out embracing limit state method (LSM) following IS codes. Drawings are prepared using AutoCAD 2021. This project is focused on the design and the detailing of slab, beam, column, staircase, shear wall, basement wall and foundation. The project was successfully accomplished within the designated timeframe following standard criteria indicating safe design.
URI: https://elibrary.khec.edu.np/handle/123456789/530
Appears in Collections:TU Civil Report

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