The mixed convection heat transfer and fluid flow behaviors in a lid– driven square cavity filled with high Prandtl number fluids at low Reynolds number have been studied using Thermal Lattice Boltzmann Method (TLBM). The LBM has built up on the D2Q9 model called the Lattice-BGK (Bhatnagar–Gross–Krook) model. The Lattice Boltzmann momentum and energy equations are considered simultaneously to s...

This paper implements the lattice Boltzmann method to simulate propagation of sound waves in three dimensions. The numerical model is exercised on lid-driven cavity flow. Tests are then proposed acoustic situations. results first confronted with analytical solutions spherical emitted by a single point source inside cubic cavity. Then, we studied case where from circular placed at center left bo...

In this article, numerical simulation is performed for mixed convection lid-driven flow of CuO -water nanofluid enclosed in a curved corrugated. Cylindrical obstacles having three different constraints: (adiabatic, cold, and heated) at its surface are considered. Internal heat generation/absorption uniform provided the vertical wall cavity. The bottom insulated, curve surfaces maintained with c...

In this paper, we introduced a numerical analysis for the effect of magnetic field on mixed convection and heat transfer inside two-sided lid-driven cavity with convective boundary conditions its adjacent walls under effects presence thermal dispersion partial slip. A single-phase model in which water is base fluid copper nanoparticles assumed to represent nanofluid. The bottom top move horizon...