ECCOMAS 2022

Technical Programme

09 June 2022  11:00 - 13:00   Add
Advanced HPC algorithms for large-scale simulations I

Minisymposium organized by Xavier Álvarez-Farré, F. Xavier Trias, Andrey Gorobets and Takayuki Aoki
MS75A
Room: Lounge A2
Chair: Xavier Álvarez Farré

Language agnostic performance portability solution for heterogeneous applications
Anshu Dubey and Tom Klosterman

GPU accelerated linear algebra packages/solvers for large scales simulations using heterogenous clusters
Ivan Spisso, Luigi Capone, Federico Cipolletta, Tommaso Benacchio, Marco Jacopo Ferrarotti and Carlo Janna

Development of a low-level, algebra-based library to provide platform portability on hybrid supercomputers
Xavier Álvarez-Farré, Àdel Alsalti-Baldellou, Guillem Colomer, Andrey Gorobets, F. Xavier Trias and Assensi Oliva

Parallel Finite Volume Code for Plasma with Unstructured Adaptive Mesh Refinement
Imad kissami, souhail maazioui and fayssal benkhaldoun

Immersed boundaries in hypersonic flows with considerations about high-fidelity and massive parallelism
Florent Nauleau, Thibault Bridel-Bertomeu, Fabien Vivodtzev and Héloïse Beaugendre

Non-Statistical Uncertainty Quantification Analysis with Parallel CAE Solvers, ADVENTURE
Shinobu Yoshimura, Sota Goto, Shigeki Kaneko and Amane Takei

09 June 2022  16:30 - 18:30   Add
Advanced HPC algorithms for large-scale simulations II

Minisymposium organized by Xavier Álvarez-Farré, F. Xavier Trias, Andrey Gorobets and Takayuki Aoki
MS75B
Room: Lounge A2
Chair: Francesc Xavier Trias

Highly parallel multi-level preconditioners for incompressible flow problems
Sven Baars, Alexander Heinlein, Jonas Thies and Fred W. Wubs

A Parallel Solver for CFD based on the Alternating Anderson-Richardson Method
Li Juan Chan, Simão Marques and Nicholas Hills

Role of rounding in implementing gradient descent with low-precision representation
Lu Xia, Stefano Massei, Michiel Hochstenbach and Barry Koren

Efficient strategies for solving the variable Poisson equation with large contrasts in the coefficients
Àdel Alsalti-Baldellou, Xavier Álvarez-Farré, Andrey Gorobets and F. Xavier Trias

Computational solution of the linearized Boltzmann equation with ab initio potential
Thanasis Basdanis and Dimitris Valougeorgis