This paper presents a series of new conservation equations for mass, momentum and
energy, to describe the performances of fluid flow, heat absorption and phase change in …

We investigate localized wave solutions in a network of Hindmarsh–Rose neural model
taking into account the long-range diffusive couplings. We show by a specific analytical …

Transpiration cooling with liquid phase change has proven great potential as an efficient
heat dissipation approach in the cases with extreme high heat flux or tiny coolant availability …

In this paper we propose an efficient numerical scheme for solving the phase field model
(PFM) of corrosive dissolution that is linear and second-order accurate in both time and …

Investigating the topology of natural fractures and associated flow properties allow for better
understanding of fluid flow patterns and mechanical response in fractured reservoirs, key …

In this paper we propose a space-time adaptive finite element method for the phase field
model of pitting corrosion, which is a parabolic partial differential equation system consisting …

In this paper, we consider the thermoporoelasticity problem in heterogeneous and fractured
media. The mathematical model is described by a coupled system of equations for pressure …

This paper presents a new mathematical model, semi-mixing model (SMM), to describe
transpiration cooling with coolant phase change from liquid into vapor through two-phase …

This study investigates the effects of nanofluids and its particle volume fractions on
performance enhancement of hybrid microchannel-pillar-jet impingement heat sink. The …

In this work, we consider a single-phase flow and heat transfer problem in fractured
geothermal reservoirs. Mixed dimensional problems are considered, where the temperature …