Comparison of the phase-field approach and cohesive element modeling to analyze the double cleavage drilled compression fracture test of an elastoplastic material

Coq, Arnaud; Diani, Julie; Brach, Stella

doi:10.1007/s10704-023-00755-2

Int J Fract

2024

DOI: 10.1007/s10704-023-00755-2

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Comparison of the phase-field approach and cohesive element modeling to analyze the double cleavage drilled compression fracture test of an elastoplastic material

Arnaud Coq,

Julie Diani,

Stella Brach

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2024

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Cited by 2 publications

References 35 publications

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Comparison of Mode I fracture toughness of an elastic and an elastoplastic methyl methacrylate polymer as measured by SENB and DCDC tests

Coq,

Diani

2024

Engineering Fracture Mechanics

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Comparison of Mode I fracture toughness of an elastic and an elastoplastic methyl methacrylate polymer as measured by SENB and DCDC tests

Coq,

Diani

2024

Engineering Fracture Mechanics

View full text Add to dashboard Cite

Use of Cohesive Approaches for Modelling Critical States in Fibre-Reinforced Structural Materials

Kozák,

Vala

2024

Materials

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During the operation of structures, stress and deformation fields occur inside the materials used, which often ends in fatal damage of the entire structure. Therefore, the modelling of this damage, including the possible formation and growth of cracks, is at the forefront of numerical and applied mathematics. The finite element method (FEM) and its modification will allow us to predict the behaviour of these structural materials. Furthermore, some practical applications based on cohesive approach are tested. The main effort is devoted to composites with fibres and searching for procedures for their accurate modelling, mainly in the area where damage can be expected to occur. The use of the cohesive approach of elements that represent the physical nature of energy release in front of the crack front has proven to be promising not only in the direct use of cohesive elements, but also in combination with modified methods of standard finite elements.

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Comparison of the phase-field approach and cohesive element modeling to analyze the double cleavage drilled compression fracture test of an elastoplastic material

Cited by 2 publications

References 35 publications

Comparison of Mode I fracture toughness of an elastic and an elastoplastic methyl methacrylate polymer as measured by SENB and DCDC tests

Comparison of Mode I fracture toughness of an elastic and an elastoplastic methyl methacrylate polymer as measured by SENB and DCDC tests

Use of Cohesive Approaches for Modelling Critical States in Fibre-Reinforced Structural Materials

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