Search Results - "Boeff, Martin"

Plastic deformation modelling of tempered martensite steel block structure by a nonlocal crystal plasticity model by Martin Boeff, Anxin Ma, Alexander Hartmaier

“…The plastic deformations of tempered martensite steel representative volume elements with different martensite block structures have been investigated by using…”
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Full-field simulation of solidification and forming of polycrystals by Borukhovich, Efim, Boeff, Martin, Monas, Alexander, Tegeler, Marvin, Kim, Se-Jong, Oh, Chang-Seok, Steinbach, Ingo

“…The phase-field method has emerged as the method of choice for simulation of microstructure evolution and phase-transformations in material science. It has…”
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Micromechanical modeling of fatigue crack initiation in polycrystals by Boeff, Martin, Hassan, Hamad ul, Hartmaier, Alexander

“…Fatigue is an important mechanism for the failure of components in many engineering applications and a significant proportion of the fatigue life is spent in…”
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On the numerical modeling of nucleation and growth of microstructurally short cracks in polycrystals under cyclic loading by Boeff, Martin, Hassan, Hamad ul, Hartmaier, Alexander

“…In the scope of this work, a micromechanical model based on the crystal plasticity finite element method is proposed and applied to describe the nucleation and…”
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Formulation of nonlocal damage models based on spectral methods for application to complex microstructures by Boeff, Martin, Gutknecht, Florian, Engels, Philipp S., Ma, Anxin, Hartmaier, Alexander

“…•Implementation of a nonlocal ductile damage model in a spectral solver.•Application of nonlocal damage model to complex microstructures.•A study on damage…”
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Microstructure Design of Tempered Martensite by Atomistically Informed Full-Field Simulation: From Quenching to Fracture by Borukhovich, Efim, Du, Guanxing, Stratmann, Matthias, Boeff, Martin, Shchyglo, Oleg, Hartmaier, Alexander, Steinbach, Ingo

“…Martensitic steels form a material class with a versatile range of properties that can be selected by varying the processing chain. In order to study and…”
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