Minisimposium
Tuesday, 12 June 2018 16:30 - 18:30 Computational modeling and experimental investigations of metallic materials across scales I Minisymposium organized by Benjamin Klusemann and Franz Roters |
MS111A Room: Boisdale 1 Chair: Martin Diehl |
Challenges in the discrete-continuum transition in a crystal plasticity framework (Keynote Lecture)
Stabilised multi-slip strain-gradient crystal plasticity
Mesoscopic model of dislocational plasticity accounting for crystal symmetry
Simulation of intragranular plastic strain localisation within irradiated polycrystals
Simulation of upper and lower bainitic transformation in a unified phase field model
Combined effect of grain size contrast and grain spatial distribution on the elastoplasticity of bimodal polycrystals
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Wednesday, 13 June 2018 08:30 - 10:30 Computational modeling and experimental investigations of metallic materials across scales II Minisymposium organized by Benjamin Klusemann and Franz Roters |
MS111B Room: Boisdale 1 Chair: Katrin Schulz |
Describing the material behaviour of a tailored formed joining zone of an aluminium-steel hybrid solid component on a microscopic length scale (Keynote Lecture)
Investigation of texture evolution during rolling process of non-oriented Si based electrical steels with 2D and 3D RVEs
Derivation of effective flow curves of ferrite/pearlite C60 steel wires by a multiscale approach
Coupled experimental-computational analysis of plasticity and fracture in aluminum at the grain scale
Multi-scale analysis of martensitic transformations in TRIP-assisted multi-phase alloys
The effect of 3D grain Morphologies on the formability of aluminum alloys
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Wednesday, 13 June 2018 11:00 - 13:00 Computational modeling and experimental investigations of metallic materials across scales III Minisymposium organized by Benjamin Klusemann and Franz Roters |
MS111C Room: Boisdale 1 Chair: Gottfried Laschet |
A numerical approach to model high-temperature creep behaviour of Ni-base superalloys from microstructural morphology to grain size scales (Keynote Lecture)
Creep in Ni-based superalloys on two scales
Segregation-assisted plasticity in Ni-based superalloys: a coupled experimental and modelling study
Microstructure-sensitive modeling of magnesium alloys under fatigue conditions
Virtual experimental study of microstructure design of dual phase steel for optimal formability
Numerical Simulation on Wind Pressure Distribution of Tensile Membrane Structures
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