This paper revisits a new model reduction methodology based on the use of separated
representations, the so called Proper Generalized Decomposition—PGD. Space and time …

This paper revisits a powerful discretization technique, the Proper Generalized
Decomposition—PGD, illustrating its ability for solving highly multidimensional models. This …

In this paper we are addressing a new paradigm in the field of simulation-based engineering
sciences (SBES) to face the challenges posed by current ICT technologies. Despite the …

Fine modeling of the structure and mechanics of materials from the nanometric to the
micrometric scales uses descriptions ranging from quantum to statistical mechanics. Most of …

In this paper the coupling of a parabolic model with a system of local kinetic equations is
analyzed. A space–time separated representation is proposed for the global model (this is …

Fiber composites must be evaluated to achieve correct use in various fields. Their
properties, performance, condition, and integrity can be quickly predicted and optimized by …

A hybrid data‐physics driven reduced‐order homogenization (dpROH) approach aimed at
improving the accuracy of the physics‐based reduced order homogenization (pROH), but …

This work deals with the question of the resolution of nonlinear problems for many different
configurations in order to build a 'virtual chart'of solutions. The targeted problems are three …

Optimization of manufacturing processes involves the optimal choice of many process
parameters. Usual strategies proceed by defining a trial choice of those parameters and …

The objective of this paper was to develop cure kinetic models to describe the B-stage
curing and co-curing assembly of carbon fibre reinforced thermosetting polymer (CFRP) …