We present a Lagrangian monolithic strategy for solving fluid–structure interaction (FSI)
problems. The formulation is called Unified because fluids and solids are solved using the …

The aim of this work is to develop a numerical framework for accurately and robustly
simulating the different conditions exhibited by thermo‐mechanical problems. In particular …

Numerical simulation of moving boundary flows with topological changes in the fluid domain
presents a significant challenge, as traditional mesh-based formulations cannot directly deal …

We present a Lagrangian formulation for finite element analysis of quasi‐incompressible
fluids that has excellent mass preservation features. The success of the formulation lays on a …

A mixed u–p edge-based smoothed particle finite element formulation is proposed for
computational simulations of viscous flow. In order to improve the accuracy of the standard …

We present a generalized Lagrangian formulation for analysis of industrial forming
processes involving thermally coupled interactions between deformable continua. The …

In this work, we have developed an updated Lagrangian particle hydrodynamics (ULPH) for
Newtonian fluid. Unlike the smoothed particle hydrodynamics, the non-local particle …

We present a Lagrangian numerical technique for the analysis of flows incorporating
physical particles of different sizes. The numerical approach is based on the particle finite …

An updated-Lagrangian formulation is developed to model the incompressible Stokes
(cree**) flow and fracture of ice sheets using both explicit-integral and implicit-gradient …

In this work, we propose a position-based finite element formulation for incompressible
Newtonian flows under total Lagrangian description. Such formulation is different from the …