Impact Factor

7.883 Call For Paper

Share on

Author(s):

Vaibhav V. Wanjarkhedkar | N.V. Munde
Keywords:

Pile Foundation, Soil, ANSYS, Pile Cyclic Loading
Abstract:
Wave Activity Generates Lateral Strains On Pile Groups That Support Coastal And Offshore Structures. These Lateral Stresses Have Cyclic Amplitudes And Durations. The Mechanics Of Lateral Overloaded Pile Behavior Are More Complex Than The Mechanics Of Axial Compressive Piles. A Better Understanding Of Pile-soil Interactions Under Laterally Cyclic Stresses Is Required To Provide More Effective Design Solutions For These Types Of Foundations. Pile Spacing Has A Significant Impact On The Maximum Settlements, Final Settlements, And Load Bearing Capabilities Of Piles After Geological And Geotechnical Tests. Total Deformation, Shear Stress, And Corresponding Stress Are Studied In Connection To Various Soil Conditions And Soil Types. In The First Step, All Is 11841 Code Requirements For NDCT Design Are Examined, And A Finite Element Analysis In ANSYS Is Given Against Identity And Applied Loads Against Various Dimensions. Total Deformation, Strain Energy, And Shear Stress Graphs For Thickness. The Total Deformation Graph Shows The Results For Diameters 1300mm - 150.78mm, 1400mm - 160.78m, And 1500mm - 162.72m. Thickness 300mm Is 0.0328, Thickness 400mm Is 0.0124, And Thickness 500mm Is 0.0150. There Is Presently A Scarcity Of Knowledge On How To Apply A Performance-based Paradigm To Pile Performance, Particularly In Liquefiable Soil.