The topic of heat transfer enhancement has attractive attentions to develop the compact heat
exchanger design in order to obtain a high efficiency, low cost, light weight and size as small …

Flow noise during takeoff and landing of commercial aircrafts can be substantially reduced
by the use of porous surface layers in suitable sections of wing profiles. On the other hand …

In this paper, a regularized diffuse domain-lattice Boltzmann model for heat transfer with the
Dirichlet boundary condition in complex geometries is proposed. In this model the complex …

The development of fluid flow in a channel with constant width and a backward-facing step
was investigated through numerical simulation. For the first time, by employing the finite …

A Legendre spectral element formulation of an improved time-splitting method is developed
for the natural convection heat transfer problem in a square cavity. The convection term …

The conventional lattice Boltzmann method is restricted to Cartesian grids, making it
remarkably expensive for capturing thin boundary layers, and therefore impractical for most …

This paper concerns an efficient finite element method for the natural convection equations
with the scalar auxiliary variable approach. The linearly extrapolated Crank-Nicolson …

Natural convection heat transfer in an inclined polar cavity was studied using a Finite-
difference lattice Boltzmann method (FDLBM) based on a double-population approach for …

We present a novel numerical procedure for solving the discrete Boltzmann equations (DBE)
on non-uniform meshes. Our scheme is based on the Strang splitting method where we seek …

In this work, a spectral difference lattice Boltzmann method (SDLBM) is developed and
applied for an accurate simulation of two-dimensional inviscid compressible flows on …