...: bmoran06@calpoly.edu Email: pgeissinger@eou.edu 1 Corresponding author. Email: woehl@uwm.edu 04 04 2023 03 10 2023 07 10 2023 31 10 2023 conduction low-temperature heat transfer natural and mixed convection radiative heat transfer thermophysical properties...

... enhancement natural and mixed convection radiative heat transfer thermal systems Increasing global demand for energy and growing public concern about environmental sustainability have led to the development of alternative technologies that harness sources of renewable energies. Drying...

... experimental/measurement techniques heat and mass transfer natural and mixed convection two-phase flow and heat transfer Yildiz Teknik Üniversitesi 10.13039/501100006560 FBA-2021-4731 The evaporation of sessile liquid droplets has been widely studied throughout the recent years...

... 06 12 2021 11 08 2022 15 08 2022 22 09 2022 C5-FK gas mixture C4-FN gas mixture SF 6 alternative SF 6 convective performance temperature rise high voltage circuit breaker heat and mass transfer heat transfer in manufacturing natural and mixed convection radiative...

... method forced convection decoupled method mixed convection shrouded plate finned channel electronic cooling extended surfaces/fins forced convection heat transfer enhancement natural and mixed convection thermal systems 18 04 2022 31 07 2022 04 08 2022 22 09 2022...

... in radiative Nusselt number, with increasing emissivity, ɛ from 0.05 to 0.85, is almost uniform for all tilt angles, while the fall in temperature is appreciable with tilt angle as a consequence of the adequate impact of the inertia force in naturally dominant mixed convection regime of Richardson number, Ri...

... elements at optimal locations. solidification freezing water computation model multi-phase heat and mass transfer melting and freezing melting and solidification natural and mixed convection two-phase flow and heat transfer 02 02 2022 29 04 2022 02 05 2022 14 06...

... of hydronic radiant systems. Email: tahirdikmen@gmail.com 1 Corresponding author. Email: tamercalisir@gazi.edu.tr Email: baskaya@gazi.edu.tr 23 07 2021 02 11 2021 02 11 2021 12 01 2022 Forced convection heat and mass transfer natural and mixed convection...

...-driven flow heat transfer cryogenic liquid computational fluid dynamics heat transfer enhancement low temperature heat transfer natural and mixed convection Superconductor has a wide range of applications like superconducting generators, transformers, magnetic bearings, motors, MRI machine...

...@iq.uson.mx Email: jxaman@cenidet.edu.mx 17 03 2021 02 06 2021 04 06 2021 27 07 2021 scaled room solar chimney double-channel solar chimney numerical- experimental study energy efficiency energy systems experimental techniques natural and mixed convection thermal...

... magnetohydrodynamics thermal convection electro-conductive viscoelastic fluids radiative heat transfer spectral computation bio-magneto-thermal therapy magnetohydrodynamic (MHD) natural and mixed convection porous media thermophysical properties The study of the fluid flow in undeformable (rigid...

... stability analysis ferrohydrodynamic magnetohydrodynamics electronic cooling heat and mass transfer heat transfer enhancement micro/nanoscale heat transfer natural and mixed convection The electronics industry has seen a tremendous development over the last decade and has developed as one...

... heat transfer enhancement micro/nanoscale heat transfer natural and mixed convection In this paper, a numerical study of flow and thermal fields as well as heat transfer enhancement in the natural convection of mixed Newtonian-non-Newtonian ( γ -Al 2 O 3 -water) and pure non-Newtonian...

... to their simplicity and reliability. Further, any increase in heat transfer rate that might be achieved through innovative designs comes at no additional penalty unlike that of a pressure drop that is experienced in forced convection. electronic cooling extended surfaces/fins natural and mixed convection...

... enhancement natural and mixed convection Rayleigh–Bénard (RB) convection is recognized when the fluid in the channel is subjected to a thermal gradient; i.e., the bottom wall is subject to high temperature compared to the top wall. In this case, the thermal system becomes unstable and depends mainly...

... and technical applications [ 14 , 15 ]. melting NePCM hybrid nanoparticle inclination natural convection cooling electronic component electronic cooling heat transfer enhancement melting and solidification natural and mixed convection 07 08 2020 01 12 2020 03 12 2020 09...

... latent heat energy storage conduction energy systems melting and freezing natural and mixed convection 24 10 2020 01 01 2021 02 01 2021 09 03 2021 Copyright © 2021 by ASME 2021 ASME 1948-5085/2021/13(5)/051008/8/ $25.00 ...

...@iitbhu.ac.in 11 07 2020 25 11 2020 27 11 2020 26 02 2021 single-phase natural circulation loop thermal oil ternary hybrid nanofluid height-to-width ratio entropy generation micro/nanoscale heat transfer natural and mixed convection thermophysical properties...

... transfer heat transfer enhancement micro/nanoscale heat transfer natural and mixed convection 13 02 2020 15 10 2020 18 10 2020 30 12 2020 Email: amaresh@iitg.ernet.in Email: saurabh@campus.technion.ac.il Copyright © 2020 by ASME 2020 ASME 1948-5085/2020/13(4...

... nanoparticles flux natural convection vertical truncated cone porous media nanofluid heat and mass transfer natural and mixed convection The study of convective heat and mass transfer in a saturated porous medium has important applications such as geothermal reservoirs, nuclear reactor cooling...