Study and analysis of time history analysis of G+10 stories RCC buildings using Etabs Software
Author(s):
Rohan Singh, Dr. Rajeev Chandak
Keywords:
Diagrid Building, Conventional Frame Building, Time Period, Steel Weight, ETABS Software
Abstract
A comparison is made between different construction models with diagonal grid and the respective tubular construction models. The complex geometries of the buildings, together with the high cost of land, underline the need to consider architectural ideas and structural concepts side by side. As the height of the building increases, the lateral load resistance system is more important than the gravity load resistance system. There are various lateral load resistance systems, such as moment frame system, braced frame system, shear wall system, and advanced structural systems with tubular shapes. nDiagrid is another recent invention in this area, which is a modification of the Tubular system. Diagrid is the best choice when the tubular system does not meet the requirements, especially in the case of complex geometry. In this work, Diagrid and Tubular structures are compared to study the structural efficiency of both types of structures. ETABS covers all aspects of the engineering design process. In the current conditions of the real estate industry, prefabricated structures are important; Generally, those that achieve the most effective results are elevated elements, such as beams and columns, in multi-story R.C buildings. This software is mainly used for structures such as high-rise buildings, concrete and steel. This paper aims to investigate the high-level (G+10) structure of the Earth considering seismic, dead and live loads.
Article Details
Unique Paper ID: 161555

Publication Volume & Issue: Volume 10, Issue 1

Page(s): 1640 - 1652
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