Anisotropic diffusion is important to many different types of common materials and media.
Based on structured Cartesian meshes, we develop a three‐dimensional (3D) …

In order to simulate the Kaufman-type discharge problems, a fully decoupled iterative
method with anisotropic immersed finite elements on Cartesian meshes is proposed …

The electromagnetic field, which is governed by Maxwell's equation, plays a key role in
plasma simulation. In this article, we first derive the interface conditions when we rewrite the …

This paper presents a recently developed particle simulation code package PIFE-PIC, which
is a novel three-dimensional (3-D) parallel immersed finite element (IFE) particle-in-cell …

This paper develops a two-dimensional implicit particle-in-cell model, which considers
algorithms without and with magnetic field, based on the anisotropic immersed-finite …

In this paper, a selective discontinuous Galerkin (SDG) method and a polynomial preserving
recovery (PPR) method are developed and integrated with the immersed-finite-element …

This paper presents a recently developed full kinetic particle simulation code package,
which is a two-dimensional highly integrated and universal framework for low-temperature …

This paper presents fully-kinetic numerical investigations of the charging of spherical and
irregular dust grains in the OML sheath regime and a stationary experimental plasma …

View Video Presentation: https://doi. org/10.2514/6.2023-2616. vid This paper presents fully-
kinetic numerical investigation of the charging of dust grains in low temperature collisionless …

Weak scaling performance of a recently developed fully kinetic, 3-D parallel immersed-finite-
element particle-in-cell framework, namely PIFE-PIC, was investigated. A nominal 1-D …