PROCRACK: a software for simulating three-dimensional fatigue crack growth. In this paper, a finite element software for automated simulation of fatigue crack growth in arbitrarily loaded three-dimensional components is presented. The criterion, direction and amount of crack propagation are controlled by concepts of linear elastic fracture mechanics. The fracture mechanical parameters are calculated by means of a special submodelling technique in combination with the interaction integral or the virtual crack closure technique. In the adaptive crack growth step, the updated crack front position is determined and the mesh in the crack region is automatically adapted. The preprocessing and main FEM-analysis of the cracked structure are done using the commercial software ABAQUS. Two application examples show the capability and performance of the simulation program.
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References in zbMATH (referenced in 4 articles )
Showing results 1 to 4 of 4.
- Carrara, P.; Ambati, M.; Alessi, R.; de Lorenzis, L.: A framework to model the fatigue behavior of brittle materials based on a variational phase-field approach (2020)
- Kostina, Anastaiya Andreevna; Plekhov, Oleg Anatol’evich; Venkatraman, Baladusramaniam: Application of the energy-based criterion to the simulation of the fracture of the steel structures (2016)
- Apel, Thomas (ed.); Steinbach, Olaf (ed.): Advanced finite element methods and applications. (2013)
- Rabold, Frank; Kuna, Meinhard; Leibelt, Thomas: PROCRACK: a software for simulating three-dimensional fatigue crack growth (2013)