MS009C Multiscale Computational Homogenization for bridging scales in the mechanics and physics of complex materials III
MS Corresponding Organizer: Prof. Julien Yvonnet (Universite Gustave Eiffel)
Chaired by:
Prof. Miguel Bessa (Brown University , United States)
Prof. Miguel Bessa (Brown University , United States)
Scheduled presentations:
-
A two-scale FE-FFT-based simulation framework to model polycrystalline phase-transforming materials
J. Waimann*, A. Schmidt, C. Gierden, S. Reese -
A Microstructure Analysis During Phase Formation of Ni-Ti Alloy by Phase-field Model
M. Muramatsu*, M. Suzuki -
Non-linear solution schemes within time-adaptive FE2 computations
S. Hartmann*, M. Grafenhorst, P. Dileep -
Non-intrusive implementation of the Multiscale Finite Element Method
F. Legoll* -
Modelling of large deforming smart inflatable materials based on homogenization of incremental formulation
E. Rohan*, V. Lukeš, J. Heczko -
Stochastic Time Homogenization Method for the Simulation of Time-Evolving Structures
G. Puel*
