Published Paper Details:

In the field of Structural engineering, structural analysis and design of high rise buildings are predominant in finding out significant threats to improve the integrity and stability of the structure. When Multi storied structures are designed, they are made to fulfil the basic aspects, requirements and serviceability. Since the stability of the structure depends on loads acting on the structure, so it is required to pay attention over the analysis of the various loads such as dead load, imposed load, Wind load and seismic load. For simple structures analysis and design of structure can be done easily but in case of multi-storey structure, it is cumbersome to calculate the various loads manually. Hence it is a challenge to calculate the structural loads for a structural engineer. The problems faced by structural engineers were taken as opportunities for the development of software such as STAAD PRO with ease in analysis and designing of the structure. STAAD PRO is leading structural analysis and designing software worldwide. The design results using STAAD PRO of a framed RCC structure, for both regular and irregular plan configuration, are used. RCC framed structures are most commonly adopted a structure in the city of India. Such types of structures are affected due to various types of forces acting during their service life, such as static forces due to dead and live loads and dynamic forces due to the wind and seismic loads. This study presents a review of the previous work done on multistoried buildings about various loads analysis. The aim of the study is to focus on the static and dynamic behaviour of the structure.