Nanofluid has numerous industrial and engineering applications, especially for the improvement of heat transmission. Engine oil is a highly versatile lubricant that extensively used across diverse industries fields wide range applications. The applications engine are aerospace industry, automotive marine power generation, construction mining, manufacturing machinery, railroad transportation, agriculture, etc. Therefore, in existing problem, 3D flow Maxwell nanoliquid along stretched sheet...

Abstract This theoretical work suggests a novel nonlinear thermal radiation and an applied magnetic feature-based three-dimensional Casson nanomaterial flow. flow is assumed in the rotating frame design. Gyrotactic microorganisms (GMs) are utilized nanofluid to investigate bioconvection applications. The altered Buongiorno nano-model used understand thermophoretic Brownian mechanisms. Convective boundary conditions must be overcome solve problem. With suitable variables, dimensionless...

The melting heat phenomenon in viscous nanofluid MHD flow over a stretching sheet with variable porosity and permeability was utilized. behavior of magneto-viscous scrutinized using the concepts machine learning statistics. Thermal stratification, source, activation energy solution tween-20 nanoparticles an ethyl-acetate base-type fluid are examined. Brownian thermophoretic phenomena included. Non-linear partial differential equations (PDEs) converted into non-linear ordinary (ODEs) via von...

This work mainly deals with the effect of heat, mass transmission, and heat generating (sinking) on time-independent two-dimensional boundary-layer flowing radiative MHD over a sheet, which is dwindling including Joule heating. The governing formulas have been converted into nonlinear ordinary differential equations (NLODE). final step aims to obtain graphical numerical illustrations from set NLODE; this method namely as shooting using MATLAB. accuracy outcomes study are examines comparison...

Zinc oxide and zirconium have huge applications in science engineering. nanoparticles can be utilized as lubricant additives kerosene oil to enhance the oil's lubricating qualities. These also, reduce friction wear between moving parts, due this efficiency life span of machinery. improve combustion properties, anti-corrosion coating metal surface, catalysis refining process, etc. Due above applications, article predicts hybrid nanofluid two rotating, squeezing, permeable discs. The current...

Abstract Nanofluids have many applications in industries as well engineering such biomedicine, manufacturing, and electronics. Nanofluid is used for improvement of thermal mass transmission. Based on the aforementioned applications, present study, a two-dimensional Maxwell nanofluid with radiation effect existence motile microorganisms over vertically stretchable surface explored. The consequence heat absorption, efficiency flux porous medium, viscous dissipations, Joule heating impacts are...

The present work is established for the examination of MHD flow three-dimensional mixed convection non-Newtonian viscoelastic nanofluid containing gyrotactic microorganism toward stretched sheet in a porous media. Darcy-Forchheimer along with thermal radiation effects are evaluated. For computation heat transmission mechanism, theory Cattaneo-Christov flux place classical Fourier's law used. effect relaxation time parameter over boundary layer predicted by using this problem. Further, study...

The present framework deliberated the mixed convection stagnation point flow of a micropolar Carreau-Yasuda hybrid nanoliquid through influence Darcy-Forchheimer parameter in porous media toward convectively heated Riga plate. In this investigation, blood is used as base liquid and gold (Au) copper (Cu) are nanoparticles. main novelty investigation to discuss transmission heat application thermal radiation, viscous dissipation, source/sink on nanoliquid. Further, results chemical reaction...

Casson nanofluid have gained significant attention in recent years due to their unique rheological; properties and potential applications science technology such as heat transfer enhancement, biomedical applications, microfluidics, oil gas industry, electronics. This study examines the gyrotactic bioconvection flow of across a bidirectional linear stretching sheet with effects inclined magnetic field. We examine impact velocity, temperature, solute, microorganism slip on nanoliquid over...

Abstract This study, highlights the exact optical soliton solutions in context of physics, centering on intricate Hamiltonian amplitude equation with bifurcation and sensitivity analysis. is pivotal optics which underpins understanding manifestations, encompassing solitons, nonlinear consequences, wave interactions. Applying an analytical expansion approach, we extract diverse solutions, having trigonometric, hyperbolic, rational functions. Next, utilize concepts from principle planar...

Abstract This work examines the behaviour of flow and heat transmission in presence hybrid nanofluid thermal radiation, generation, magnetohydrodynamics. The state this model is represented by two different fluids, TiO 2 (titanium dioxide) Ag (silver). enclosure wavy slanted, with curving walls on left right. finite difference approximation method was utilized to resolve fundamental equations after they were non-dimensionalized, which are further reduced a fourth-order bi-harmonic equation...

Artificial neural networks (ANNs) have a wide range of applications in science and technology. widely utilized image speech recognition, language processing, drug discovery, genomics bioinformatics, Robotics control systems, material energy power system. Due to the above applications, main focus this article is scrutinize impact inclined magnetic field on cross nanofluid flow with slip velocity convective boundary conditions over variable porosity. Gold (Au) nanoparticles are suspended base...

Researchers have reported an excellent desire for power storage devices that are more reliable and long-lasting. Battery used in waste-to-energy recovery, wind power, mixed energy generation, heating reactor designs. There three helpful methods storing heat energy: Latent storage, like sensible chemical is a type of storage. In these processes, latent thermal quite expensive productive. Melting technique material. The substance frozen to release the stored energy. phenomena include freezing...

The current study investigates two-dimensional natural convective heat transference and entropy production in a tilted wavy-walled enclosure under the magnetic field thermal radiation effect. is filled with Cu–Al 2 O 3 /H hybrid nanofluid subjected to non-uniformly heated curved left wall, constant cold right side, uniformly bottom insulated upper side. regulating formulas non-dimensional form are reduced streaming function-velocity expression numerically solved based on Bi-CGStab method....

Abstract The primary goal of this article is to analyze the oscillating behavior Maxwell Nano-fluid with regard heat and mass transfer. Due high thermal conductivity engine oil taken as a base fluid graphene Nano-particles are introduced in it. Coupled partial differential equations used model governing equations. To evaluate given equations, certain dimensionless factors Laplace transformations used. analytical solution obtained for temperature, concentration velocity. temperature gradient...

Nanofluids are considered as smart fluids that can improve heat and mass transfer have numerous applications in industry engineering fields such electronics, manufacturing, biomedicine. For this reason, blood-based nanofluids with carbon nanotubes (CNTs) nanoparticles the presence of a magnetic field discussed. The nanofluid traverses porous medium. move on vertical plate be moved. free convection mode is when source fluxes constant. Convective flows often used processes, especially removal,...