Abstract :

Earthquake Is The Shaking Of The Ground Caused By The Sudden Breaking And Shifting Of Large Sections Of Earth’s Rocky Outer Shell. Earthquakes Are Among The Most Powerful Events On Earth, And Their Results Can Be Terrifying. Earthquake Is General Does Not Kill People Directly. Instead, Many Deaths And Injuries Result From The Collapse Of Buildings, Bridges And Other Structures. We Cannot Prevent Natural Disasters From Striking, But We Can Prevent Or Limit Their Impact By Making Buildings Strong Enough To Resist Their Destructive Forces. This Can Be Achieved By Earthquake Resistant Structures. In The Case Of Earthquakes, It Is Possible To Neutralize Their Harm By Applying Basic Engineering And Planning Principles That Are In Expensive. This Paper Deals With The Explanation Of Basic Engineering And Planning To Be Taken Into Account During The Construction Of Earthquake Resistant Structures. The Present Study Is To Find The Seismiceffect On Building And Its Performance Under Earthquake Loads. A Building Of Height G+17 RCC Structureis Modeled With Material Properties M30 Grade For Concrete And Fe500 For Reinforcing Steel And Structures Dimensions Of Length 21m, Width 17.5m And Height Of G+17 Is 51.5m From The Plinth Level, The Support Conditions Are Chosen To Be Fixed Base And Foundation Depth Is Considered As 1.5m Below The Ground Level.Structures Are Modeled Using ETABS In Seismic Zones III, IV, V As Per IS 1893-2002 Methods By Using Response Spectrum Method. The Results Are Shown In Terms Of Graphs And Tables.

Published:

16-7-2025

Issue:

Vol. 25 No. 7 (2025)

Page Nos:

473 - 480

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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