On January 30th, Ignacio Romero gave this seminar as part of the hands-on series, explaining basic principles and specific examples for selecting software tools leading to a more productive career in computational mechanics, computational materials science, and similar fields. Download
On December 2nd, M. Elahi defended his PhD thesis entitled “Computational Modeling of Powder Bed Fusion Manufacturing of Metals”, co-advised by D. Tourret and I. Romero. Included in the PhD program on Mechanical Engineering at the ETSI Industriales of the
The thesis was entitled “Constitutive Modelling and Thermomechanical Calibration of a Novel Superalloy Subjected to Extreme Conditions” and was defended in the ETSI Industriales of the UPM. Congratulations to Juan!
Jifeng Li defends his PhD thesis entitled “Crystal Plasticity Simulation of the Thermo-mechanical Behavior in Polycrystalline Metals”, co-advised by Javier Segurado and Ignacio Romero. Congratulations!
Sergio Sánchez Esteve left IMDEA Materials for the company Deimos Space.
Juan L. de Pablos presented the work “Formulation, implementation and statistical analysis of material models for metals subjected to high strain rates and high temperature” for his First Year Assessment at IMDEA.
S. Sánchez gave the talk “Optimized computational methods for the calculation of dispersion diagrams”
J. de Pablos gave the talk “Calibration of material models applied to impact mechanics using a new statistical approach”
D. Portillo gave the talk “Integration schemes that preserve the two laws of thermodynamics”
I. Romero gave the talk “Using general material constitutive relations in numerical methods for structural models: algorithms and variational basis”
I. Romero gave the talk “Variational methods for coupling nonlinear beams and continua” at the VII International Conference on Coupled Problems in Science and Engineering in Rhodes, Greece.
I. Romero presented MUESLI in the 4th World Congress on Integrated Computational Materials Engineering, in Ypsilanti, MI (US).
A general overview on multiple necking and fragmentation problems in ductile solids subjected to high strain rates
