Estimation of K in Ductile CT and SENB Specimens under LEFM and SSY Regimes by J Integral Method: A Review

Bhimsen Karadin; Nilesh Satonkar; Sunil Bhat

doi:10.4028/www.scientific.net/AMM.275-277.242

Paper Titles

Experimental Study of the Influence on the Residual Fatigue Life of 45 # Steel Fatigue Damage Specimens
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An Experimental and Numerical Hybrid Technique for Analysis the Fracture Behaviors in Natural Fiber Reinforced Composites
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Study on Broken Wire Impact and Safety Degree Evaluation
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Calculation Model Study on Damaging Stress of Hydraulically Created Fracture Propagation
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Estimation of K in Ductile CT and SENB Specimens under LEFM and SSY Regimes by J Integral Method: A Review
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Natural Frequency Spectra of Cracked Beams for Dynamic Property Characterization
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Simulation and Analysis on Slope Cutting Reinforcement Scheme of Lishigou Tunnel
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Sensitivity Analysis of the Influences of Rock Mechanical Parameters on the Deformation of Underground Caverns
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Research and Analysis of Active Earth Pressure on Retaining Walls with Layered Non-Cohesive Backfills
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 275-277Estimation of K in Ductile CT and SENB Specimens...

Estimation of K in Ductile CT and SENB Specimens under LEFM and SSY Regimes by J Integral Method: A Review

Abstract:

Stress intensity factor (K) is the measure of severity of stress at the crack tip. When K exceeds the critical limit (i.e., the material fracture toughness), the crack grows. K is valid in brittle materials (LEFM) and to some extent in ductile materials also provided there is small scale yielding (SSY) at the crack tip. The paper reviews the numerical methodology to obtain KI of ductile, Mode I cracked, CT and SENB test specimens in LEFM and SSY regimes with the help of J integral method. The numerical values are successfully compared with the theoretical values.