Mechanized tunneling is characterized by complex interactions between the shield machine
and the surrounding ground during the TBM advancement process. In this paper, a new …

We present projection methods and transfer operations required for adaptive mesh
refinement/coarsening in problems with internal variables. We extend the results of Hennig …

In this paper, an automatic adaptive coupling procedure is proposed for the finite element
method (FEM) and the element-free Galerkin method (EFGM) for linear elasticity and for …

In this paper, the three-dimensional automatic adaptive mesh refinement is presented in
modeling the crack propagation based on the modified superconvergent patch recovery …

This article addresses the research question if and how the finite cell method, an embedded
domain finite element method of high order, may be used in the simulation of metal …

This study introduces PyAdMesh, an open-source software for reducing discretization errors
in finite element analysis using an h-adaptive method. Adaptive approaches iteratively refine …

In this paper, the three-dimensional adaptive finite element modeling is presented for
cohesive fracture analysis of non-planer crack growth. The technique is performed based on …

This paper deals with data transfer between two meshes as it happens in a finite element
context when a remeshing has to be performed. We propose a finite‐volume‐based data …

Accurate simulations of large deformation hyperelastic materials by the FEM is still a
challenging problem. In a total Lagrangian formulation, even when using a very fine initial …

In this paper, heat transfer problems with sharp spatial gradients are analyzed using the
Generalized Finite Element Method with global-local enrichment functions (GFEM gl). With …