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Mode I+III multiscale cohesive zone model with facet coarsening and overlap: Solutions and applications to facet orientation and toughening

Véronique Lazarus, Benoit Prabel, Tristan Cambonie, Jean‐Baptiste Leblond

2020Journal of the Mechanics and Physics of Solids13 citationsDOIOpen Access PDF

Topics & Concepts

Microscale chemistryMaterials sciencePerpendicularFacet (psychology)Shear (geology)Cohesive zone modelFracture (geology)PlanarTilt (camera)BrittlenessFracture mechanicsOrientation (vector space)Echelon formationMechanicsPlane (geometry)Length scaleGeometryStructural engineeringComposite materialGeologyPhysicsComputer scienceMathematicsEngineeringComputer graphics (images)PsychologyPersonalityFault (geology)Mathematics educationBig Five personality traitsSeismologySocial psychologyNumerical methods in engineeringFatigue and fracture mechanicsRock Mechanics and Modeling
Mode I+III multiscale cohesive zone model with facet coarsening and overlap: Solutions and applications to facet orientation and toughening | Litcius