he mathematical modelling of defects in cristals (the dislocations) is crucial to understand the microstructure of advanced materials and has a big impact on technological applications (e.g. in microelectronics). The talks of this workshop will describe different approaches to the analysis and simulation of dislocations ranging from variational models to evolutive differential models for their dynamics. Some simulations based on atomistic computations and level set methods will be presented. The workshop is sponsored by the Galileo Project 2007 "Algorithms for the dynamic of dislocations and applications".
Mathematical Models for Dislocations / Falcone, Maurizio; R., Monneau. - (2007).
Mathematical Models for Dislocations
FALCONE, Maurizio;
2007
Abstract
he mathematical modelling of defects in cristals (the dislocations) is crucial to understand the microstructure of advanced materials and has a big impact on technological applications (e.g. in microelectronics). The talks of this workshop will describe different approaches to the analysis and simulation of dislocations ranging from variational models to evolutive differential models for their dynamics. Some simulations based on atomistic computations and level set methods will be presented. The workshop is sponsored by the Galileo Project 2007 "Algorithms for the dynamic of dislocations and applications".I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
