Numerical Estimation of Energy Release Rate of Mode I Crack by Load Displacement Procedure in LEFM and SSY Regimes: A Review

Sai Guru Govind.P; Raju Karthikx Raju Karthik Mohan; Sunil Bhat

doi:10.4028/www.scientific.net/AMM.275-277.203

Paper Titles

Conceptual Study on an Origami Patterns of Type I Tapered Square Tub with and without a Crack
p.184

Calculation of Fatigue Crack Initiation Life by Coupled Finite Element Method
p.189

Study on Effect of Cycle Counting Correction Factors in Spectral Based Fatigue Computation
p.193

Numerical Examination of Mixed Mode Crack in SSY: A Review
p.198

Numerical Estimation of Energy Release Rate of Mode I Crack by Load Displacement Procedure in LEFM and SSY Regimes: A Review
p.203

The Static Stress Intensity Factor around the Anti-Plane Crack in an Orthotropic Functionally Graded Material
p.208

Fatigue Crack Propagation Prediction under Single Overload Variable Loading
p.215

Experimental Study of the Influence on the Residual Fatigue Life of 45 # Steel Fatigue Damage Specimens
p.220

An Experimental and Numerical Hybrid Technique for Analysis the Fracture Behaviors in Natural Fiber Reinforced Composites
p.225

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 275-277Numerical Estimation of Energy Release Rate of...

Numerical Estimation of Energy Release Rate of Mode I Crack by Load Displacement Procedure in LEFM and SSY Regimes: A Review

Abstract:

Energy release rate, G, of a Mode I crack is estimated numerically by load displacement procedure in the paper. A, through, edge crack is considered in a thin aluminum 2024-T3 alloy plate. The cracked plate is modeled by finite element method. Values of applied load and crack size are suitably selected to simulate LEFM and SSY regimes. Load line displacements are measured from finite element solution. Values of G are compared with J integral values that are obtained from finite element solution using stress and displacement fields near the crack tip.