Section: Partnerships and Cooperations

European Initiatives

FP7 & H2020 Projects

ERC GATIPOR:

“Guaranteed fully adaptive algorithms with tailored inexact solvers for complex porous media flows”. The subject of this project are new approaches to porous media multiphase flows: inexact Newton-multigrid solvers, local stopping criteria, adaptivity, and a posteriori error control. The goal is to guarantee the overall simulation error and to speed-up importantly the present-day simulations. SERENA representant is M. Vohralík (grant leader), period 2015–2020.

EoCoE:

“Energy Oriented Center of Excellence” This project is coordinated by Maison de la Simulation and gathers 23 partners from 13 countries to use the tremendous potential offered by the ever-growing computing infrastructure to foster and accelerate the European transition to a reliable low carbon energy supply using HPC (High Performance Computing). SERENA representant M. Kern, period 2015–2018.

Collaborations in European Programs, Except FP7 & H2020

OPENCPS

• Program: ITEA 3

• Project acronym: OPENCPS

• Project title: Open cyber-physical system model-driven certified development

• Duration: Dec 2015–Dec 2018

• Coordinator: Magnus Eek

• Other partners: AB SKF, CEA, ELTE-Soft Kft., ESI Group, EDF, Wqua Simulation AB, Ericsson, IncQuery Labs Kft., KTH, Linköping University, RTE, SICS, SIREHNA, Saab AB, Sherpa Engineering, Siemens Industrial Torbumachinery AB, VTT Technical Research Center of Finland Ltd.

• Abstract: Cyber-physical systems put increasing demands on reliability, usability, and flexibility while, at the same time, lead time and cost efficiency are essential for industry competitiveness. Tools and environments for model-based development of cyber-physical systems are becoming increasingly complex and critical for the industry: tool interoperability, vendor lock-ins, and tool life-cycle support are some of the challenges. The project focuses on interoperability between the standards Modelica/UML/FMI, improved execution speed of (co-)simulation, and certified code generation.

MoRe

• Program: Research, Development and Innovation Council of the Czech Republic

• Project acronym: MoRe

• Project title: Implicitly constituted material models: from theory through model reduction to efficient numerical methods

• Duration: September 2012 – September 2017

• Coordinator: Josef Málek , Charles University in Prague. SERENA representant is M. Vohralík.

• Other partners: Institute of Mathematics, Czech Academy of Sciences; University of Oxford

• Abstract: A multidisciplinary project on nonlinear Navier–Stokes flows with implicit constitutive laws. It focuses on development of accurate, efficient, and robust numerical methods for simulations of the new class of implicit models.