Tag: finite element method

A new Kokkos-based extension brings GPU acceleration to the MOOSE multiphysics framework, reporting up to 27-fold faster finite element assembly ...

Researchers applied proper generalized decomposition to transient thermoelastic analysis and cut computation time to roughly one-fourth of their in-house finite ...

Researchers have developed statROM, a reduced order statistical finite element method that explicitly estimates and corrects reduced model bias, enabling ...

Researchers have launched DefElement, an open online encyclopedia that standardises finite element definitions and automatically verifies that software library implementations ...

The open-source MOOSE framework has released version 5.0, adding Kokkos-based GPU acceleration, new hybridized discontinuous Galerkin discretizations, a shifted boundary ...

A new two-stage reduced order model combines hyper-reduction and Gaussian process regression to cut both training and prediction costs for ...

A new sensor design that can, in principle, read out two different physical quantities at the same time has been ...

A hybrid physics-informed neural network extracts concrete fracture parameters from stress images with an error margin of about 3.9 percent.

Machine learning models trained on finite element simulations predicted the photoionization cross section of a donor impurity in a GaAs/AlGaAs ...

Researchers have released bryne, an open-source Python framework built on DUNE-FEM that turns rapid finite element prototypes into reusable, metadata-rich ...