The remarkable thermophysical characteristics of hybrid nanofluids reveal the considerable potential in a wide range heat transfer applications. In comparison to conventional nanofluids, their capacity enhance transport is impressive. current study represents novel nanomaterials such as Silicon dioxide (SiO2) and Titanium oxide (TiO2) flow ethylene glycol under significance non-linear thermal radiation non-uniform source/sink. well-known Himelton-Crosser model for used express nanoparticles...

Heat and mass transfer have numerous industrial applications. The classical heat laws (Fourier Fick laws) do not predict thermal solute relaxation time phenomena. However, in this article, generalized modeling related to simultaneous non-Newtonian fluid the presence of chemical reaction generation is presented models are numerically solved by finite element method (FEM). Hybrid nanoparticles Ag andFe3O4 considered novel correlations inserted during numerical simulations. present results a...

The physical strength, mechanical resistance, chemical stability, thermal conductivity, and other properties of hybrid nanoparticles are more satisfactory than those individual nanofluids. performance nanofluids has been the subject an increasing number studies in literature. A significant research is done on theoretical correlations for estimating thermophysical characteristics heat transmission investigated present work through a comparative analysis. For this, mathematical model...

Investigation on hybrid nanofluids has increased significantly, and findings indicate that these fluids are effective heat transfer for industrial applications. The thermal conductivity of nanoparticles, particle volume fractions, mass flow rates play a major role in the enhancement nanofluids. transport only depends nanoparticles when fractions constant. Therefore, purpose this article is to analyze Zn−TiO2/H2O nanofluid past an inclined shrinking surface. PDEs model converted into ODEs by...

This article explores the influence of activation energy and microorganisms on flow Jeffrey nanofluid over an electrically conducting stretching surface, considering key factors such as Brownian motion, thermophoresis, Joule heating, thermal radiation. The fluid dynamics entail a surface subjected to prescribed temperature constant wall temperature. Through similarity transformations, governing equations are solved using MATLAB's bvp4c function. Employing numerical perturbative approach,...

A major global health problem continues to be malaria, a disease that can fatal brought on by Plasmodium parasites and spread the bite of infected Anopheles mosquitoes. We provide deterministic mathematical model in this study simulate dynamics malaria transmission between humans present new compartment for hospitalized patients as well fractional calculus. The next-generation matrix technique is used obtain fundamental reproduction number, R0, stability conditions model's equilibrium points...

The particular inquiry is made to envision the behavioral characteristics of gyrotactic microorganism effects on MHD flow Jeffrey nanofluid. Together nanoparticles and motile are inducted into modeled nonlinear differential equations. optimal solutions for governing equations tackled by homotopy analysis method. physical relatable parameters explored deliberated in terms graphs numerical charts. Also, precision present findings certified equating them with previously published work. It that...

This paper examines the steady-state three dimensional momentum and internal energy change in rotating viscoelastic fluid flow along with convective boundary conditions. In most of literature, thermophysical properties are assumed to be constant. But current analysis fills this gap by taking viscosity, conductivity diffusivity temperature dependent. order create a chemical reaction system activation is added. Velocity over an exponential surface varied exponentially while Casson model for...

Present work is pursued to examine the 3D bioconvection Casson nanofluid flow between two rotating and stretchable disks. The consequences of Darcy Forchheimer along with thermal radiation, magnetic field heat source/sink are analyzed. Effects thermophoresis Brownian motion also considered. Flow related partial differential equations converted ordinary by using similarity transformations. Shooting technique applied solve prevailing support MATLAB Packages. Radial tangential components...

Abstract This study examines the generalized Couette flow of couple stress fluid within geometry a helical screw rheometer (HSR). The HSR is simplified by modeling as an exposed rectangular channel and flattening barrel surface. are maintained at constant temperatures, , respectively. viscosity assumed to vary with temperature, Reynolds model applied describe this temperature‐viscosity relationship. resulting mathematical formulation leads nonlinearly coupled ordinary differential equations,...

The role of residual bone height (RBH) and implant macro-design on stability during placement in sinus floor evaluation (SFE) is interest. There were a total 160 fresh bovine rib specimens resembling type-IV density which divided into 4 categories the basis prepared i.e. 3mm, 6mm, 9 mm 15 mm. Implant quotient (ISQ) values each four evaluated found to increase as increased. It was observed that at (6mm, 9mm), ISQ maximum for tapered effect design comparison other (p< 0.01). concluded...