[HTML][HTML] Unsteady flows of micropolar fluids parallel to the axis of an annular domain with a porous layer
Transient flows of micropolar fluids through circular domains are investigated. The flow
domain has two annular regions. The outer region is clean, while the inner region contains a …
domain has two annular regions. The outer region is clean, while the inner region contains a …
Axisymmetric motion of a solid particle embedded in a Brinkman micropolar fluid in the presence of a plane wall
The axisymmetric motion of a solid spherical particle embedded in a hydrogel medium in the
presence of a planar wall surface is investigated semi-analytically. The hydrogel medium is …
presence of a planar wall surface is investigated semi-analytically. The hydrogel medium is …
Asymptotic analysis of Jeffreys–Newtonian fluids flowing through a composite vertical porous layered channel: Brinkman–Forchheimer model
This study examines the flow of a Newtonian fluid enclosed between two non-Newtonian
Jeffreys fluids with viscosity that varies with temperature within a composite vertical channel …
Jeffreys fluids with viscosity that varies with temperature within a composite vertical channel …
Heat and mass transfer analysis of nonmiscible couple stress fluid in a porous saturated channel
The present flow problem analyzes the impact of radiative heat and mass transfer with
inclined magnetic field on thermal exchange and entropy production of two immiscible …
inclined magnetic field on thermal exchange and entropy production of two immiscible …
Unsteady Ohmic dissipative flow of ZnO-SAE50 nanofluid past a permeable shrinking cylinder
The laminar boundary layer flow of a Zinc Oxide-Society of Automotive Engineers 50 alias
nano-lubricant ($\mathrm {ZnO}-\mathrm {SAE} 50$) past a permeable shrinking cylinder is …
nano-lubricant ($\mathrm {ZnO}-\mathrm {SAE} 50$) past a permeable shrinking cylinder is …
Analysis of immiscible Newtonian and non-Newtonian micropolar fluid flow through porous cylindrical pipe enclosing a cavity
In the considered problem, we presented a model for the flow of immiscible fluids (non-
Newtonian and Newtonian) through the cylindrical pipe. Cylindrical pipe is constituted by …
Newtonian and Newtonian) through the cylindrical pipe. Cylindrical pipe is constituted by …
Creeping flow of Jeffrey fluid through a swarm of porous cylindrical particles: Brinkman–Forchheimer model
The majority of the previous studies analyzed the flow of fluids with constant viscosity
through membranes composed of porous cylindrical particles using the particle-in-cell …
through membranes composed of porous cylindrical particles using the particle-in-cell …
Heat and mass transfer analysis of non‐miscible couple stress and micropolar fluids flow through a porous saturated channel
This study examines the flow rate, Bejan number transportation, concentration distribution
and thermal characteristics of an immiscible couple stress‐micropolar fluids within a porous …
and thermal characteristics of an immiscible couple stress‐micropolar fluids within a porous …
Creeping flow of non-Newtonian fluid through membrane of porous cylindrical particles: A particle-in-cell approach
The present study is an attempt to deal with hydrodynamic and thermal aspects of the
incompressible Carreau fluid flow past a membrane consisting of uniformly distributed …
incompressible Carreau fluid flow past a membrane consisting of uniformly distributed …
Analytical study of the effect of complex fluid rheology and membrane parameters on heat transfer in fluid flow through a swarm of cylindrical particles
The present research investigates the flow characteristics of a Carreau-Yasuda fluid, which
is non-Newtonian in nature, passing through a membrane composed of biporous layered …
is non-Newtonian in nature, passing through a membrane composed of biporous layered …