Inria
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Raweb 2009
Presentation of the Project CONCHA
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CONCHA
Complex flow simulation Codes based on High-order and Adaptive methods
2009 Research Team Activity Report
Bordeaux - Sud-Ouest
Area :
Applied Mathematics, Computation and Simulation
Theme : Computational models and simulation
Presentation of the Project-Team
- Activity Report in
PDF
or
XML
format
Members
Overall Objectives
Objectives
Highlights
Scientific Foundations
Introduction
Goals: accuracy and efficiency
Challenges related to numerical simulations of reacting flows
Challenges related to direct numerical simulations of turbulent flows
Challenges related to numerical simulations of viscoelastic flows
Numerical tools: High-order discretization methods
Numerical tools: Adaptivity
Numerical tools: Parameter identification and numerical sensitivities
Application Domains
Aeronautics
Viscoelastic flows
Simulation of turbulent flows
Software
C++ library Concha
User interface and testing
Hyperbolic solvers
Low-Mach number flow solvers
DNS
Polymer flow
Validation and comparison with other CFD-software
New Results
Convergence of adaptive finite element algorithms
Stabilized finite element methods: interface problems
Stabilized finite element methods: discontinous Galerkin
Polymer modeling and numerical simulation
Finite elements on quadrilateral and hexahedral meshes
Numerical simulation of petroleum reservoir
Contracts and Grants with Industry
Optimal
Other Grants and Activities
Polymer simulation (Conseil Régional Aquitaine)
Adaptative methods for compressible flow (Conseil Régional Aquitaine)
Dissemination
Education
Introduction to the Concha library
Conferences
Scientific community
Bibliography
Major publications
Publications of the year
References in notes
