Here, the researchers carried out an experimental analysis of the effect of the TiO2 nanosolution concentration on the heat transfer of the twin jet impingement on an aluminum plate surface. We used three different heat transfer enhancement processes. We considered the TiO2 nanosolution coat, aluminum plate heat sink, and a twin jet impingement system. We also analyzed several other parameters like the nozzle spacing, nanosolution concentration, and the nozzle-to-plate distance and noted if these parameters could increase the heat transfer rate of the twin jet impingement system on a hot aluminum surface. The researchers prepared different nanosolutions, which consisted of varying concentrations, and coated them on the metal surface. Therea...
This article presents a study which sought to enhance heat transfer by employing a twin jet impingem...
An experimental study was performed to investigate jet impingement heat transfer of HFE7100 dielectr...
The enhancement of boiling heat transfer has been extensively shown to be achievable through surface...
In this paper, an experimental investigation of heated steel surface cooled by laminar nanofluid jet...
The exponential advancements in the field of electronics and power generation have resulted in incre...
Abstract:- An experimental investigation was carried out for studying the heat transfer performance ...
Spray cooling is a technique for achieving large heat fluxes at low surface temperatures by impingin...
An experimental investigation was carried out for studying the heat transfer performance of thewater...
The most recent developments in nanotechnology have lead to improvements in original uses of nanoflu...
Nanofluids offer great potential heat transfer enhancement and provide better thermophysical propert...
The growing research interest on nanofluids, the suspensions of nano-size powders in ordinary fluids...
In the current industry, coolants are widely used in numerous operations for the purpose of cooling ...
This article investigates the heat transfer enhancement on three different types of nanofluids Titan...
An experimental study was performed to investigate jet impingement heat transfer of HFE7100 dielectr...
This study presents a quantitative investigation regarding the thermal performance ofinserting two t...
This article presents a study which sought to enhance heat transfer by employing a twin jet impingem...
An experimental study was performed to investigate jet impingement heat transfer of HFE7100 dielectr...
The enhancement of boiling heat transfer has been extensively shown to be achievable through surface...
In this paper, an experimental investigation of heated steel surface cooled by laminar nanofluid jet...
The exponential advancements in the field of electronics and power generation have resulted in incre...
Abstract:- An experimental investigation was carried out for studying the heat transfer performance ...
Spray cooling is a technique for achieving large heat fluxes at low surface temperatures by impingin...
An experimental investigation was carried out for studying the heat transfer performance of thewater...
The most recent developments in nanotechnology have lead to improvements in original uses of nanoflu...
Nanofluids offer great potential heat transfer enhancement and provide better thermophysical propert...
The growing research interest on nanofluids, the suspensions of nano-size powders in ordinary fluids...
In the current industry, coolants are widely used in numerous operations for the purpose of cooling ...
This article investigates the heat transfer enhancement on three different types of nanofluids Titan...
An experimental study was performed to investigate jet impingement heat transfer of HFE7100 dielectr...
This study presents a quantitative investigation regarding the thermal performance ofinserting two t...
This article presents a study which sought to enhance heat transfer by employing a twin jet impingem...
An experimental study was performed to investigate jet impingement heat transfer of HFE7100 dielectr...
The enhancement of boiling heat transfer has been extensively shown to be achievable through surface...