Heat transfer in alloys

Abramenko, T. N.; Марукович, Е. И.; Anisovich, A. G.

doi:10.3103/s1068375513060021

Cited by 3 publications

(2 citation statements)

References 1 publication

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“…Cu with the preventive such as Si, Fe and Mn. The nanoparticles thermal conductivity are logically vivacious as identified with the standard fluids, as declared in exploratory and theoretical assessments created by [4,5]. AA7075nanofluids have intrigued a lot of retention of analysts because of their mechanical applications, for example, ethylene glycol, microelectronic, transportation utilization of sun-oriented vitality power proliferation, elastic sheet and assembling of plate [6,7].…”

Section: Introductionmentioning

confidence: 99%

Impacts of electric field quality on MHD Carreau AA7075 – water nanofluid flow

Alshehri

Duraihem

Kandasamy

2020

Journal of Taibah University for Science

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In this report, the electric field strength impact on MHD Carreau AA7075-water nanofluid flows is controlled by a stretching sheet with formable thickness. The three simple models of nanoparticle shapes are enrolled into a pattern, i.e. sphere (m = 3.0), cylinder (m = 6.3698) and lamina (m = 16.1576). The powerful partial differential equations (PDEs) are reconstructed into ordinary differential equations (ODEs) by performing persistent conformity design and it is polluted numerically by executing the Cash and Carp method, MAPLE 18 and Matlab. It is interesting to note that the rate of heat transfer of sphere-shaped nanoparticles in AA7075-water nanofluid flow is more energetic than all the other shapes in the flow regime.

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Section: Introductionmentioning

confidence: 99%

Impacts of electric field quality on MHD Carreau AA7075 – water nanofluid flow

Alshehri

Duraihem

Kandasamy

2020

Journal of Taibah University for Science

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“…These fluids are more suitable in the optical grating, optical modulators, optical switches, tunable optical fiber filters, stretching of plastic materials, polymer industry and metallurgy. Nanotechnology investigation is repeatedly in the area of energetic scientific event due to an appreciable cast of useful utilizing in optical, medical and electrical fields and the nanoparticles thermal conductivity are more energetic as associated to the ideal fluids, as noticed in practical analysis was organized by [8][9][10]. The miserable of Lorentz force velocimetry is placed on appraisement of the Lorentz force that develops a convective fluid flow under the issue of an extensible magnetic field.…”

Section: Introductionmentioning

confidence: 99%

Electric field strength on MHD aluminum alloys (AA7075) nanofluid flow

Kandasamy

Adnan

et al. 2018

SN Appl. Sci.

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This work concerns with a numerical study on heat transfer by MHD aluminum alloys nanofluid (AA7075-water) flow over a nonlinear wall for extensible compactness of electric field. The steady governing momentum and energy equations are transformed to similarity equations for certain families of the controlling parameters. The transformed equations of momentum and thermal transport are solved by applying Runge-Kutta Fehlberg method with shooting technique. The three classical form of nanoparticle shapes are registered into report, i.e., sphere, cylinder and lamina and the heat transfer by natural convection of AA7075-water was studied. It is observed that the thermal and diffusive boundary layer thickness of AA7075-water is weaker in the presence of electric field, E1 = 0.2 as compared to E1 = 0.0. In the presence of electric field, temperature and concentration of lamina shape AA7075 particles hit a dominant role on AA7075-water nanofluid flow regime.

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Heat transfer in wall jet flow of magnetic-nanofluids with variable magnetic field

Sandeep

Animasaun

2017

Alexandria Engineering Journal

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Heat transfer in alloys

Cited by 3 publications

References 1 publication

Impacts of electric field quality on MHD Carreau AA7075 – water nanofluid flow

Impacts of electric field quality on MHD Carreau AA7075 – water nanofluid flow

Electric field strength on MHD aluminum alloys (AA7075) nanofluid flow

Heat transfer in wall jet flow of magnetic-nanofluids with variable magnetic field

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