Abstract The Immersed Boundary–lattice Boltzmann method (IB-LBM) is developed to
analyze radiative heat transfer in two-dimensional (2D) irregular geometries. Lattice …

In this study, the effect of radiation on double-diffusive natural convection is investigated by
considering the phenomena of Soret and Dufour in complex geometry, for the first time. The …

Radiative heat transfer in two-dimensional irregular geometries is analyzed using a direct-
forcing immersed boundary-lattice Boltzmann method (IB-LBM) in participating media. In this …

This paper investigated the surface radiation-natural convection heat transfer with entropy
generation in a 2D rectangular cavity. Also, the effects of Ra and ε were analyzed on …

In the current work, the bifurcation phenomenon of a double-diffusive natural convection flow
is analyzed for a non-uniform magnetic field applied to a wavy enclosure in the presence of …

In the current study, the influence of inclined magnetic field and optical thickness on the
natural convection heat transfer of participating magnetic fluid flow in a complex geometry …

With the increasing scientific and engineering applications of coupled radiation and natural
convection problems (CRNCP), it is required to develop more convenient numerical …

An enthalpy-transforming model based on lattice Boltzmann method is established in this
paper to solve incompressible thermal flow problem of latent functional thermal fluid. Using …

Due to the importance of radiation in various industrial applications, both forward and
inverse problems of radiative transfer attract increasing attention in recent years. The …

A novel immersed boundary method for simulating coupled radiative-conductive heat
transfer based on a volume penalization method is proposed and verified. A smooth …