As the demand for energy consumption saving and emission reduction become an urgent
need in the contemporary world, the requirements for pumps and turbines need to pay more …

Depending upon the ultimate design, the use of porous media in thermal and chemical
systems can provide significant operational advantages, including helping to maintain a …

The present study first of all concerns the first and second law analyzes of an electrically
conducting fluid past a rotating disk in the presence of a uniform vertical magnetic field …

The current article aims to discuss the natural convection heat transfer of Ag/Al2O3-water
hybrid filled in an enclosure subjected to a uniform magnetic field and provided with a …

The aim of the present study is to analyze the entropy generation and convective heat
transfer in a bottom-heated wavy porous cavity containing a solid rotating cylinder. An …

The present work numerically analyses the heat transfer and entropy generation
characteristics in a two-dimensional porous right-angled triangular enclosure with …

A numerical study on natural convection along with surface radiation heat transfer in an
inclined porous solar cavity receiver by means of response surface methodology (RSM) is …

Purpose The purpose of this paper is to review previous research studies on mathematical
models for entropy generation in the magnetohydrodynamics (MHD) flow of nanofluids. In …

The understanding of hydraulic behavior in the hydro turbine requires the detailed study of
fluid flow in the turbine. Previous methods of analyzing the numerical simulation results on …

The primary challenge in the majority of heat transfer applications, in view of design
perspective, is to maximize the thermal transport with the minimum generation of entropy …