Progressive Collapse Analysis Of 132kv And 220 Transmission Tower In Different Wind Zones

Abstract

Power Stations Provide A Connection Between Sources Of Electricity And User Agencies. Tower, Electrical Wires, Insulators, And Neutral Conductor Make Up The Transmission System System. High-stress Rate Loadings, Such As Explosion Or Impact, Cause The Progressive Failure Of A Structure In A Short Amount Of Time, With The Failure Being Triggered By The Loss Of Crucial Structural Components. The Purpose Of This Study Is To Determine The Behaviour Of A 132kV Double-circuit Transmission System In Changes In Wind Zones Considering Progressive Failure Scenarios. There Will Be Research Done On Ten Distinct Progressive Collapse Conditions. Alteration In Displacement In The X And Z Dimensions Must Be Observed. The Impact Of Loading Condition On The Structure Should Be Investigated In More Depth. Need To Evaluate A 132kV Power Lattice Communication Structure's Vulnerability To Various Progressive Collapse Conditions.

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