Add to ORKGWe present a general Lagrangian formulation for treating elastic solids and quasi/fully incompressible fluids in a unified form. The formulation allows to treat solid and fluid subdomains in a unified manner in fluid-structure interaction (FSI) situations. In our work the FSI problem is solved via the Particle Finite Element Method (PFEM). The PFEM is an effective technique for modeling complex interactions between floating and submerged bodies and free surface flows, accounting for splashing of waves, large motions of the bodies and frictional contact conditions. Applications of the unified Lagrangian formulation to a number of FSI problems are given
A Lagrangian fully explicit approach for the co-simulation of three-dimensional problems of Fluid-St...
In this work a Lagrangian finite element approach is developed for the solution of fluid-structure i...
This paper presents a novel coupled formulation for fluid-structure interaction (FSI) problems invol...
We present a general Lagrangian formulation for treating elastic solids and quasi/fully incompressib...
We present a general Lagrangian formulation for treating elastic solids and quasi/fully incompressib...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
We present a Lagrangian monolithic strategy for solving fluid-structure interaction (FSI) problems. ...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
In this work, a fully explicit partitioned method for the simulation of Fluid Structure Interaction ...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
Abstract. We present a general formulation for analysis of fluid-structure interaction problems usin...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
We present a general formulation for analysis of fluid flows with structural interactions using the ...
A Lagrangian fully explicit approach for the co-simulation of three-dimensional problems of Fluid-St...
In this work a Lagrangian finite element approach is developed for the solution of fluid-structure i...
This paper presents a novel coupled formulation for fluid-structure interaction (FSI) problems invol...
We present a general Lagrangian formulation for treating elastic solids and quasi/fully incompressib...
We present a general Lagrangian formulation for treating elastic solids and quasi/fully incompressib...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
We present a Lagrangian monolithic strategy for solving fluid-structure interaction (FSI) problems. ...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
In this work, a fully explicit partitioned method for the simulation of Fluid Structure Interaction ...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
Abstract. We present a general formulation for analysis of fluid-structure interaction problems usin...
We present a general formulation for analysis of fluid-structure interaction problems using the part...
We present a general formulation for analysis of fluid flows with structural interactions using the ...
A Lagrangian fully explicit approach for the co-simulation of three-dimensional problems of Fluid-St...
In this work a Lagrangian finite element approach is developed for the solution of fluid-structure i...
This paper presents a novel coupled formulation for fluid-structure interaction (FSI) problems invol...