Darmstadt, 64287
Germany
Technical University of Darmstadt - Mechanics of Functional Materials Division
grain boundary, fragmentation, ion transport, NMC particles, crack propagation
composite materials, thermal conductivity, diffuse interface, homogenization, interface thermal resistance
Chemo-mechanical modeling, Finite Element Simulations, cathode active material, damage, battery degradation
chemo-mechanical fracture, cohesive phase-field damage, solid-state batteries, battery materials
thermal fracture, ductile fracture, phase-field model, plasticity, additive manufacturing, powder bed fusion
antiferroelectrics, incommensurate phase, phase field simulation, domain boundaries
Field assistant sintering technology, Selective laser sintering, Temperature-gradient-driven effects, Phase-field, Non-isothermal
Magnetocaloric, Micromagnetic, Arrott-Noakes
Elastocaloric effect, Phase-field model, Shape memory alloys, Martensitic transformation, Adiabatic temperature change
SmCo5-Cu nanocomposites, severe plastic deformation, high-pressure torsion, micromagnetic simulation, amorphous SmCo5
Cosserat rod, swelling, diffusion, thermomechanics, chemomechanics, isogeometric collocation
Nanocomposite materials, 3D thermal percolation, computational homogenization, data-driven approach, effective thermal conductivity, diffuse interface, Kapitza resistance
phase field fracture, Kolmogorov-Arnold Networks, Deep Energy Method, Learnable activation functions, Chebyshev polynomials
Solid-beam element, Chemo-mechanical, Amorphous silicon electrode, Isogeometric analysis, Assumed natural strain method, Mixed integration point method
Phase-field fracture, Fatigue crack growth, Chaboche cyclic plasticity, Thermo-mechanical coupling, Thermal conductivity degradation, Taylor-Quinney coefficient
Phase-field fracture, fatigue crack growth, Chaboche cyclic plasticity, Thermo-mechanical coupling, Thermal conductivity degradation, Taylor–Quinney coefficient
TiO2/C electrode, carbon layer, charge transfer resistance, activation energy, MPNP-FBV model
skyrmion, antiskyrmion, Phase field model, anisotropic DMI, strain modulation, controllable transition
Electromechanical coupling, Point defects, Vegard eigenstrain, Core-shell microstructure, Phase competition
