This particular study focuses on investigating the heat and mass transport characteristics of
a liquid flow across the conical gap (CG) of a cone-disk apparatus (CDA). The cone and disk …

Purpose The fluid flow and heat transfer between a rotating cone above a stretching disk is
the prime purpose of the current work. Making use of suitable similarity transformations, it is …

The use of thermofluids in a cavity under magnetohydrodynamics (MHD) with the natural
convective flow has been extensively researched, with numerous attempts made by …

Non-Fourier's and non-Fick's models enhance predictions of transient heat transfer and
mass transport, especially in situations where local equilibrium assumptions break down. In …

In this paper, an improved asymptotic expansion method has been developed to simulate
fluid flow and convective heat transfer in a conical gap at small conicity angles up to 4 …

Abstract Rheometric, viscosimetric, bio-medical, and several other pharmaceutical
machineries utilize the structural advantages provided by the geometry of a stationary …

The fascinating thermal behavior of nanofluids and their many applications in heat transfer
systems have gained the curiosity of many researchers from different fields. A cellulose …

This study is devoted to solving two problems of laminar fluid flow in a conical gap with small
conicity angles up to 4: cone rotation with a fixed disk, and disk rotation with a fixed cone. A …

Numerical simulations for the mixed convective multilayer flow of two different immiscible
nanofluids in a duct with viscous heating effects were performed in this study. The left and …

Purpose The purpose of this paper was to study laminar fluid flow and convective heat
transfer in a conical gap at small conicity angles up to 4° for the case of disk rotation with a …