Abaqus/CAE User’s Guide
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“Fracture mechanics,” Section 31
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“Seam cracks,” Section 31.1
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“Using contour integrals to model fracture mechanics,” Section 31.2
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“Using the extended finite element method to model fracture mechanics,” Section 31.3
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“Using the virtual crack closure technique to model crack propagation,” Section 31.4
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“Managing cracks,” Section 31.5
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Abaqus Analysis User’s Guide
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“Modeling discontinuities as an enriched feature using the extended finite element method,” Section 10.7.1
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“Fracture mechanics,” Section 11.4
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“Fracture mechanics: overview,” Section 11.4.1
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“Contour integral evaluation,” Section 11.4.2
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“Crack propagation analysis,” Section 11.4.3
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Abaqus Example Problems Guide
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“Fracture and damage,” Section 1.4
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“A plate with a part-through crack: elastic line spring modeling,” Section 1.4.1
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“Contour integrals for a conical crack in a linear elastic infinite half space,” Section 1.4.2
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“Elastic-plastic line spring modeling of a finite length cylinder with a part-through axial flaw,” Section 1.4.3
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“Crack growth in a three-point bend specimen,” Section 1.4.4
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“Analysis of skin-stiffener debonding under tension,” Section 1.4.5
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“Failure of blunt notched fiber metal laminates,” Section 1.4.6
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“Debonding behavior of a double cantilever beam,” Section 1.4.7
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“Debonding behavior of a single leg bending specimen,” Section 1.4.8
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“Postbuckling and growth of delaminations in composite panels,” Section 1.4.9
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Abaqus Benchmarks Guide
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“Fracture mechanics,” Section 1.16
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“Contour integral evaluation: two-dimensional case,” Section 1.16.1
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“Contour integral evaluation: three-dimensional case,” Section 1.16.2
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“Center slant cracked plate under tension,” Section 1.16.3
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“A penny-shaped crack under concentrated forces,” Section 1.16.4
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“Fully plastic J-integral evaluation,” Section 1.16.5
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“Ct-integral evaluation,” Section 1.16.6
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“Nonuniform crack-face loading and J-integrals,” Section 1.16.7
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“Single-edged notched specimen under a thermal load,” Section 1.16.8
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“Modeling discontinuities using XFEM,” Section 1.19
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“Crack propagation of a single-edge notch simulated using XFEM,” Section 1.19.1
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“Crack propagation in a plate with a hole simulated using XFEM,” Section 1.19.2
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“Crack propagation in a beam under impact loading simulated using XFEM,” Section 1.19.3
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“Dynamic shear failure of a single-edge notch simulated using XFEM,” Section 1.19.4
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“Propagation of hydraulically driven fracture using XFEM,” Section 1.19.5
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Abaqus Theory Guide
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“Fracture mechanics,” Section 2.16
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“J-integral evaluation,” Section 2.16.1
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“Stress intensity factor extraction,” Section 2.16.2
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“T-stress extraction,” Section 2.16.3
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“Prediction of the direction of crack propagation,” Section 2.16.4
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