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Posted:
2 years ago
21 janv. 2023, 13:44 UTC−5
general steps:
*
* Create a 3D model of the structure in the COMSOL Model Builder, and define the geometry, material properties, and boundary conditions.
*
* Add the Solid Mechanics interface to the model to simulate the mechanical behavior of the structure.
*
* Add the Cohesive Zone Modeling interface to the model to simulate the fracture behavior of the thin layer. In this interface, you can define the fracture distance and tensile strength of the thin layer, and use these values to model the crack propagation.
*
* In the Cohesive Zone Modeling interface, you will have to set the "Mixed Mode" option to "Off", in order to use only Mode I.
*
* Apply a tensile loading condition to the structure, and solve the model.
*
* Post-process the results to analyze the crack propagation behavior of the thin layer.
general steps:
*
* Create a 3D model of the structure in the COMSOL Model Builder, and define the geometry, material properties, and boundary conditions.
*
* Add the Solid Mechanics interface to the model to simulate the mechanical behavior of the structure.
*
* Add the Cohesive Zone Modeling interface to the model to simulate the fracture behavior of the thin layer. In this interface, you can define the fracture distance and tensile strength of the thin layer, and use these values to model the crack propagation.
*
* In the Cohesive Zone Modeling interface, you will have to set the "Mixed Mode" option to "Off", in order to use only Mode I.
*
* Apply a tensile loading condition to the structure, and solve the model.
*
* Post-process the results to analyze the crack propagation behavior of the thin layer.
Please login with a confirmed email address before reporting spam
Posted:
2 years ago
25 janv. 2023, 07:38 UTC−5
thank you so much for your answer
But there is a problem. How do I turn off Mixed Mode?
thank you so much for your answer
But there is a problem. How do I turn off Mixed Mode?