Analysis of natural convection and melting in a separated cavity with nano-enhanced phase change material filled wall
In this study, a new control of the heat transport process utilizing phase-change materials
(PCMs), as latent thermal energy storage, and nanofluid flow in a thermal system is explored …
(PCMs), as latent thermal energy storage, and nanofluid flow in a thermal system is explored …
Active cooling of hot integrated circuits using a rotating cylinder and NEPCM-water mixture: Numerical analysis of the impact of phase change and …
Efficient cooling of integrated circuits is crucial for maintaining optimal performance and
longevity of electronic devices. This study addresses this challenge by investigating the …
longevity of electronic devices. This study addresses this challenge by investigating the …
Numerical analysis of nano-encapsulated PCM convection in partially porous annular cavities: MHD and Soret-Dufour effects
Double diffusive natural convection of the nano-encapsulated phase change material in a
circular cavity with partial porous foam and fins has been searched in this paper …
circular cavity with partial porous foam and fins has been searched in this paper …
Hydrothermal and entropy generation analyses of natural convection of nano-encapsulated phase change materials suspension in a cavity subjected to the localized …
W Wang, YH Jin, YM Chen, ZM Hu, RR Zhou… - Journal of Energy …, 2024 - Elsevier
Being heated electronic components significantly reduces their efficiency, and thus requiring
high-efficient cooling strategies to keep such devices operating at an optimal temperature …
high-efficient cooling strategies to keep such devices operating at an optimal temperature …
Vibrational convection in thermal systems: Nano-encapsulated phase change material in a porous enclosure
Suspensions containing the Nano-encapsulated Phase Change Material (NEPCM) are an
innovative type of fluid that combines the advantages of nanofluids with the heat storage …
innovative type of fluid that combines the advantages of nanofluids with the heat storage …
Effects of sinusoidal wall temperature on thermal dynamics and irreversibility around an inclined plate embedded in a square cavity
Effective thermal and flow control within complex geometries is essential for engineering
applications. In this study, an in-depth examination of flow dynamics, entropy, and thermal …
applications. In this study, an in-depth examination of flow dynamics, entropy, and thermal …
Natural convection flow of a suspension containing nano-encapsulated phase change particles in a circular enclosure with a pair of heated and cooled cylinders
This study investigates the thermal characteristics and efficiency of an insulated circular
enclosure containing two cylindrical tubes, one acting as a heater and the other as a cooler …
enclosure containing two cylindrical tubes, one acting as a heater and the other as a cooler …
Enhancement of conjugate heat transfer in an enclosure by utilizing water and nano encapsulated phase change materials with active cylinder
A Alhashash, H Saleh - Journal of Energy Storage, 2023 - Elsevier
Conjugate heat transfer in a differentially heated enclosure having an active cylinder placed
at the center-line is studied numerically. The free space between the cylinder and the walls …
at the center-line is studied numerically. The free space between the cylinder and the walls …
Conjugate entropy generation and heat transfer of a dilute suspension of nano-encapsulated phase change material in a partially heated wall cavity
M Ghalambaz, M Mozaffari, S Yazdani… - Reports in …, 2023 - rme-journal.org
The present study offers a comprehensive simulation of conjugate heat transfer, entropy
generation, and natural convection in a two-dimensional cavity filled with a water-NEPCM …
generation, and natural convection in a two-dimensional cavity filled with a water-NEPCM …
[HTML][HTML] Artificial intelligence and numerical study of the heat transfer and entropy generation analysis of NEPCM-MWCNTs-Water Hybrid Nanofluids inside a …
In the present investigation, the primary objective is to assess the synergistic impact of a
novel hybrid nanofluid composed of nano-enhanced phase change material, multi-walled …
novel hybrid nanofluid composed of nano-enhanced phase change material, multi-walled …