His research activities are focused on the simulation of the mechanical behavior of materials at different length scales and the coupling of these scales using multiscale approaches. He has worked on composites, metals, lattice-based materials and porous materials with the aim of determining the effect of the microstructure of these materials on their behavior, including elastic, plastic, visco-elastic and visco-plastic regimes as well as fracture, damage and fatigue response.
He is an expert in the development of models and simulation techniques in the field of computational micromechanics and approaches at lower length scales such as Molecular Dynamics, Discrete Dislocation Dynamics and Crystal Plasticity. He is also an expert in Fast Fourier Transform (FFT) based solvers for micromechanics and multiphysical problems.
As result of these research, he has generated some research open source codes, as the crystal plasticity tool set CAPSUL, nowadays licenced to e-Xstream, or FFTMAD, a generalist FFT solver for non-linear homogenization.
He has continuous collaborations with several worlwide research teams both in Europe and the Americas.
Location
C/ Eric Kandel, 2
Tecnogetafe
28906, Getafe, Madrid (Spain)
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