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We introduce a partitioned coupling approach for iterative coupling of flow processes in
deformable fractures embedded in a poro-elastic medium that is enhanced by interface …

In this paper, we present results of the second phase of the project ExaFSA within the priority
program SPP1648—Software for Exascale Computing. Our task was to establish a …

preCICE is an open-source library, that provides comprehensive functionality to couple
independent parallelized solver codes to establish a partitioned multi-physics multi-code …

Simulating multi-physics phenomena for real-world applications states various challenges in
scientific computing. Each individual physical domain has behavior that is often described …

Load and displacement transfer schemes facilitate the partitioned analysis of fluid-structure
interactions (FSI). The Matching-based Extrapolation of Loads and Displacements (MELD) …

This work proposes a coupling method for transient fluid-structure interaction (FSI) problems,
based on a monolithic formulation and solved by a co-simulation algorithm. The aim is to …

Underground flow processes in fractured porous media possess a great significance
regarding the optimization of energy production based on natural resources. Energy is …

This work presents solutions for coupled simulations of large-scale engineering
applications. A multiphysics framework is chosen as the basis, and coupling to internal and …

L'érosion de cavitation représente un problème majeur pour les applications hydrauliques et
marines. Ce phénomène est la conséquence de la superposition de pits de cavitation en …