Q‐Morph is a new algorithm for generating all‐quadrilateral meshes on bounded three‐
dimensional surfaces. After first triangulating the surface, the triangles are systematically …

A method is presented for meshing 3D CAD surfaces in parametric space using an
advancing front approach and a metric map to govern the size and shape of the triangles in …

Accurate sizing functions are crucial for efficient generation of high‐quality meshes, but to
define the sizing function is often the bottleneck in complicated mesh generation tasks …

This paper focuses on the generation of a three-dimensional (3D) mesh sizing function for
geometry-adaptive finite element (FE) meshing. The mesh size at a point in the domain of a …

This paper proposes a framework for generating mesh sizing functions for assembly models.
Size control is crucial in obtaining a high-quality mesh with a reduced number of elements …

A new mesh smoothing algorithm that can improve poor-quality meshes, such as meshes
with badly shaped elements, is presented. Such meshes are problematic for finite element …

A method is presented for controlling element sizes on the interior of areas during surface
meshing. A Delaunay background mesh is defined over which natural neighbour …

New automatic methods and algorithms are presented for the generation of unstructured
meshes comprised primarily of non-simplicial (non-triangular or non-tetphedral) elements …

Mesh adaptation is widely used in numerical simulations to improve the accuracy and
efficiency of the solutions. This paper introduces a physics-based hexahedral mesh …

We present a new framework for maintaining the quality of two dimensional triangular
moving meshes. The use of curved elements is the key idea that allows us to avoid …