We propose an extension of the embedded boundary method known as “shifted boundary
method” to elliptic diffusion equations in mixed form (eg, Darcy flow, heat diffusion problems …

Advances in computational fluid dynamics continuously extend the comprehension of
aneurysm growth and rupture, intending to assist physicians in devising effective treatment …

This paper proposes a Computational Fluid Dynamics (CFD) framework with the aim of
combining consistency and efficiency for the numerical simulation of high Reynolds number …

A rear wing designed to improve motoring performance and enhance stability during
cornering needs to generate a large downforce at a relatively low speed. If the angle of …

Flow-diverter stents offer clinicians an effective solution for treating intracranial aneurysms,
especially in cases where other devices may be unsuitable. However, strongly deviating …

Structured meshes are widely utilized in the aircraft industry, despite their requirement for
significant interaction between the engineers and the commercial software used in the …

Although a key driver for green energy development, solar photovoltaic power plants face
the major risk of severe wind damages, as there is currently no best practice on how to best …

Orthogonal maps are two-dimensional mappings that are solutions of the so-called origami
problem obtained when folding a paper. These mappings are piecewise linear, and the …

This paper discusses anisotropic mesh adaptation, addressing either a local interpolation
error, or the error on a functional, or the norm of the approximation error, the two last options …

The rate at which small inertial particles collide with a moderate-Reynolds-number spherical
body is found to be strongly affected when the formers are also settling under the effect of …