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Author(s):

Praveen Kumar Singh | Hitesh Kodwani
Keywords:

Intze Tank, Conventional Bracing, Shell Stagging, Base Shear, Lateral Displacement.
Abstract:
The Tanks Are Used To Hold Water, Which Is Subsequently Dispersed Via Public Water Supply Systems. Built At A Certain Height, Water Tanks Are Referred To As "overhead Water Tanks" (OWT) Or "elevated Water Tanks" (EWT). Many Uneven Topographies Can Also Change The Extent Of Seismic-induced Damage To Surface Structures, And Soils With Varying Stiffness Can Influence The Seismic Response Characteristics Of Surface Structures, According To Recent Study On Seismic Analysis Of Structures. Liquid Storage Tanks' Seismic Sensitivity Can Be Studied To Reduce The Possibility Of Earthquake Damage To These Important Buildings. Analysing The Conventional, Braced (diagonal And Cross), And Shell-stagging EWT For Seismic Looad Is The Aim Of The Current Work. Conventional, Braced (diagonal And Cross), And Shell-stagging Elevated Intze Tanks Have All Had Their Lateral Displacement And Base Shear Examined And Compared For That Reason. Comparing Lateral Displacement And Base Shear, The Current Study Showed That EWT Outperformed Traditional EWT.