A benchmark for multiphase fluid--elasticity coupled problems
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Updated
Aug 23, 2022 - Python
A benchmark for multiphase fluid--elasticity coupled problems
Collection of OpenFOAM simulations for fluid dynamics.
A Loci/CHEM module to enable co-simulation with an Abaqus finite element model.
Fluid-Structure Interaction Analysis Using FEM and UVLM
Numerical solution of a 1D piston-spring system, a miniature fluid-structure interaction problem
Fluid-Structure interaction for a gas contained in a one-dimensional chamber closed by a moving piston; using Arbitrary Lagrangian Eulerian (ALE) approach.
Finite Element code to compute separation force on parts printed using constrained-surface stereolithography
Myfempy is a python package based on finite element method to multiphysics analysis.
A Loci/CHEM module and stand-alone library to enable FSI simulations of linear structures
SPH multiphysics solver
A stand-alone linear structural solver leveraging ATA's linearFSI library
Collection of finite element models
oomph-lib is an object-oriented, open-source finite-element library for the simulation of multi-physics problems. It is developed and maintained by Matthias Heil and Andrew Hazel of the School of Mathematics at The University of Manchester, along with many other contributors.
A simple static site for blogging.
This is a Lattice-boltzmann and discrete Erythrocyte deformation transport model for analyzing flow and stress in microvascular networks.
Solves the fluid structure interaction (FSI) equations of motion for studying the nonlinear dynamics of flexible pipes conveying two-phase flows.
Using the fundamentals of fluid-structure interactions, the power extraction analysis is performed.
This repository contains the source codes used to generate the numerical results presented in the manuscript entitled: "A Consistent Co-rotational Formulation for Quasi-Steady Aerodynamic Nonlinear Analysis of Frame Structure" by M. C. Vanzulli and J. M. Pérez Zerpa .
Modeling 3D fluid-structure interactions with the Reference Map Technique.
OpenFOAM solver for 3D-0D coupling between upper airways and deep lung.
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