Person
Max Ludwig Hodapp
This person is no longer with EPFL
Related publications (5)
Efficient lattice Green's function method for bounded domain problems
William Curtin, Ankit Gupta, Max Ludwig Hodapp
The lattice Green's function method (LGFM) is the discrete counterpart of the continuum boundary element method and is a natural approach for solving intrinsically discrete solid mechanics problems that arise in atomistic-continuum coupling methods. Here, ...
WILEY2022Coupled Atomistics and Discrete Dislocations in 3d (CADD-3d)
Jean-François Molinari, William Curtin, Guillaume Anciaux, Till Junge, Jaehyun Cho, Max Ludwig Hodapp
Capturing plasticity at realistic dislocation densities with high configurational complexity requires a continuum-leveldiscrete dislocation dynamics (DDD) description. However, many features controlling dislocation motion areinherently atomistic, such as t ...
2018On flexible Green function methods for atomistic/continuum coupling
Atomistic/continuum (A/C) coupling schemes have been developed during the past twenty years to overcome the vast computational cost of fully atomistic models, but have not yet reached full maturity to address many problems of practical interest. This work ...
EPFL2018The finite element square reduced (FE2R) method with GPU acceleration: towards three-dimensional two-scale simulations
The FE2 method is a renown computational multiscale simulation technique for solid materials with fine-scale microstructure. It allows for the accurate prediction of the mechanical behavior of structures made of heterogeneous materials with nonlinear mater ...
Wiley-Blackwell2016GPU accelerated computational homogenization based on a variational approach in a reduced basis framework
Computational multiscale methods such as the FE2 technique (Feyel, 1999) come along with large demands in both CPU time and memory. In order to significantly reduce the computational cost of multiscale methods the authors recently proposed a hybrid computa ...
Elsevier2014