In the paper we consider a coupled problem of the linearly elastic body immersed in the flowing fluid which is modelled by means of incompressible Navier-Stokes equations. The approach is based on transforming the variable domain occupied by the fluid to the fixed one corresponding to the un-deformed elastic inclusion. The main idea consists in performing the linearisation of this transformation, similarly as in linear elasticity one assumes the smallness of strains. We base our approach on the observation that the gradients of the suitably defined transformation are bounded by traces of strains on the surface of the elastic body
The implementations of an updated body-fitted and a non body-fitted method to deal with the interact...
We perform a mathematical analysis of the steady flow of a viscous liquid, L, past a three-dimension...
This thesis decribes the work on extending the finite element method to cover interaction between vi...
In the paper we consider a coupled problem of the linearly elastic body immersed in the flowing flui...
In the submitted work we are concerned with the numerical simulation of fluid flow and elastic body ...
We model the coupled system formed by an incompressible, irrotational fluid and a nonlinear elastic ...
The interaction problem of incompressible fluid and incompressible elastic material in the so-called...
The complex interaction between fluids and structures require the coupling the laws concerning struc...
Authors: IRENA LASIECKA, KATARZYNA SZULC, ANTONI ZOCHOWSKI We consider a coupled system of the li...
We consider a coupled model of linear elasticity with Navier-Stokes equations. Two subdomains Ω1 and...
We introduce an Eulerian model for the coupling of a fluid governed by the Navier-Stokes equations, ...
We consider a coupled system of a linearly elastic body immersed in a flowing fluid which is modeled...
Abstract: Recent applications of biomechanics have involved numerical schemes to solve a combined f...
Many problems in cardiovascular modelling can be expressed as fluid-structure interaction (FSI) prob...
Summary. A modication is proposed to the equations of linear elasticity as used to deform Euler and ...
The implementations of an updated body-fitted and a non body-fitted method to deal with the interact...
We perform a mathematical analysis of the steady flow of a viscous liquid, L, past a three-dimension...
This thesis decribes the work on extending the finite element method to cover interaction between vi...
In the paper we consider a coupled problem of the linearly elastic body immersed in the flowing flui...
In the submitted work we are concerned with the numerical simulation of fluid flow and elastic body ...
We model the coupled system formed by an incompressible, irrotational fluid and a nonlinear elastic ...
The interaction problem of incompressible fluid and incompressible elastic material in the so-called...
The complex interaction between fluids and structures require the coupling the laws concerning struc...
Authors: IRENA LASIECKA, KATARZYNA SZULC, ANTONI ZOCHOWSKI We consider a coupled system of the li...
We consider a coupled model of linear elasticity with Navier-Stokes equations. Two subdomains Ω1 and...
We introduce an Eulerian model for the coupling of a fluid governed by the Navier-Stokes equations, ...
We consider a coupled system of a linearly elastic body immersed in a flowing fluid which is modeled...
Abstract: Recent applications of biomechanics have involved numerical schemes to solve a combined f...
Many problems in cardiovascular modelling can be expressed as fluid-structure interaction (FSI) prob...
Summary. A modication is proposed to the equations of linear elasticity as used to deform Euler and ...
The implementations of an updated body-fitted and a non body-fitted method to deal with the interact...
We perform a mathematical analysis of the steady flow of a viscous liquid, L, past a three-dimension...
This thesis decribes the work on extending the finite element method to cover interaction between vi...