Computational modeling and simulation of thermal runaway in Li-ion batteries is an effective
tool to understand safety concerns associated with Li-ion batteries. However, thermal …

An electrical-thermal co-simulation based on the finite element method is presented for
analysis of high-power RF/microwave circuits. The co-simulation integrates a full-wave …

When I started this book project, I proposed to write a book about my recent advances in
mathematical modelling problems to multicomponent and multiscale systems. I considered …

A variational formulation and C1 finite element scheme with adaptive mesh refinement and
coarsening are developed for phase‐separation processes described by the Cahn–Hilliard …

We propose two timestep selection algorithms, based on feedback control theory, for finite
element simulation of steady state and transient 2D viscous flow and coupled reaction …

This paper presents an adaptive time-stepping (ATS) control algorithm developed for
transient analyses of Molten Salt Reactors (MSRs) with flowing fuel. To enhance the …

A novel, highly efficient and accurate space and time adaptive higher-order finite element
method (hp-FEM) is proposed for evolutionary microwave heating problems. Since the …

In this article, a discontinuous Galerkin time-domain (DGTD) method hybridized with Robin
transmission condition (RTC-DGTD) is proposed for the transient thermal analysis of 3-D …

Algebraic flux correction schemes of TVD and FCT type are extended to systems of
hyperbolic conservation laws. The group finite element formulation is employed for the …

Higher order variational time stepping schemes allow an efficient post-processing for
computing a higher order solution. This paper presents an adaptive algorithm whose time …