Evaluation And Design Of Foundations Under Earthquake Forces As Per Indian And Euro Codes

Abstract

The Present Study Focuses On The Analytical Evaluation And Design Of Footings Subjected To Seismic Forces Using Both Indian Standard And Eurocode Provisions With The Aid Of STAAD.Pro Software. A G+10 Storey Building Is Modeled In STAAD.Pro V8i, And Pad Footings Are Designed Considering Two Soil Conditions, Namely Hard And Medium Soils. Further, A Comparative Assessment Between Indian And Euro Standards Is Carried Out Using STAAD Foundation Software To Understand The Influence Of Different Code Provisions On Foundation Behavior Under Seismic Loading.The Analysis Aims To Examine How Various Foundation Systems Respond To Earthquake Forces And To Identify Efficient And Economical Design Approaches. Understanding The Effect Of Soil Conditions And Code-based Design Differences Plays A Crucial Role In Ensuring Structural Safety And Performance.Structural Design And Analysis Are Largely Influenced By Geographical Conditions, As Natural Hazards Vary From Region To Region. Among These, Seismic Forces Are One Of The Most Critical Factors Responsible For Structural Damage, Leading To Significant Economic Losses And Threats To Human Life. Therefore, Engineers Must Possess A Strong Understanding Of Different Design Codes And Apply Them Effectively To Develop Safe, Economical, And Long-span Structures.In Developing Countries, Construction Plays A Vital Role In Infrastructure Growth. Each Country Adopts Its Own Set Of Design Codes That Guide Engineers In Designing Key Structural Components Such As Beams, Columns, Slabs, And Foundations, Ensuring Safety, Reliability, And Standardization In Construction Practices.

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