MS16 (Material Model) | 2021
Coordinator: Prof. Semih Perdahcioglu
Co-organisers: Prof. Anne Habraken, Dr. Lionel Leotoing
Description: Description: Issued from an academic, a research institution or an industry, any contribution focused on material behaviour modelling from phenomenological macroscopic laws to plasticity, DDD, MD approaches is welcome.
CONSTITUTIVE MODELLING FOR ANY MATERIAL: metals like Al, steel, Ti, Mg… but also glass, wood, food, textile, composite… generic or dedicated models covering complex loading paths, high strain rates, high temperatures, cyclic loading…
APPROACHES BRIDGING THE SCALES: from atomistic to macroscopic scale, mechanism explanations of formability, hardening, rate sensitivity, anisotropy, toughness, phase transformation…
FRACTURE PREDICTION: by continuum damage mechanics, fracture criteria…
EXPERIMENTS AND MODELS: experimental procedure of identification of model parameters, or physical mechanisms experimental method applied for model validation (both model and experiments should be described).
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Towards a dislocation-based model for strain path effects in bainitic pipeline steels
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A comparison of different hardening rules on a multi-step global manufacturing process modeling
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On the multiscale analysis of a two phase material: crystal plasticity versus mean field
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Flow curve prediction of cold forging steel by artificial neural network model
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The identification of strain-stress curve for 5049 aluminum based on tube hydraulic bulging test
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Influence of specimen geometry and strain rate on elongation in tensile testing of packaging steel
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Numerical prediction of process-dependent properties of high-performance Ti6Al4 in LS-DYNA