Narayanan, "Single-Phase Cryogenic Flow and Heat Transfer through Microscale Pin Fin Heat Sinks," Heat Transfer Engineering, vol. 37, no. 11, 2016.Rasouli, E., and Narayanan, V., "Single-Phase Cryogenic Flow and Heat Transfer through Microscale Pin Fin Heat Sinks," Heat Transfer Engineering...
When compared with flow over a bank of tubes, in the case of pin fin heat sinks, the boundary layers on either end of the pin fins within the heat sinks would affect the heat transfer rate. Koşar and Peles [9] found that top and bottom wall effects (end walls) on heat transfer ...
This paper investigates heat transfer and pressure drop phenomena over a bank of micro pin fins. A simplified expression for the total thermal resistance has been derived, discussed and experimentally validated. Geometrical and thermo-hydraulic parameters affecting the total thermal resistance have been ...
Optimization of Pin-Fins for a Heat Exchanger by Entropy Generation Minimization and Constructal Law Pin-fins are considered as one of the best element Song,Yidan,Asadi,... - 《Journal of Heat Transfer Transactions of the Asme》 被引量: 41发表: 2015年 Net Shape Fins for Compact Heat Exchang...
The objective is to understand the nature of the flow and heat transfer in an L-shaped cooling passage for the trailing edge that has a combination of ribs and pin fins under rotating and non-rotating conditions with focus on how pin fins and ribs distribute the flow throughout the passage...
Thus, interfacial roughening by employing pin-fins and rib turbulators has been a feasible approach for enhancing convective heat transfer by directly disturbing the stagnant fluidic layer (i.e., disturbing the turbulent ibsobuansdedaroynlasytiemr buylaltfiinn g≫t hδeTBi,nwtehrearce...
Analysis of Heat Transfer Through Perforated Plate Heat Sink heat transfer ratepin finscircular finsstraight finsflared finscryogenicsarray of tubesA heat sink is a single component or an assembly which is capable of... Amandeep Singh Oberoi - 《Social Science Electronic Publishing》 被引量: 0发表...
This work proposes implementation of a passive heat transfer enhancement technique in MEMS two-fluid parallel flow heat exchangers as well as model based investigation of the same; the technique involves embedding square in-line pin-fins in the microchannels of the heat exchanger. Model based study...
Based on the findings, it may be concluded that fins are the main driving agent in the enclosure to transfer the heat from heated wall to the PCM. Proper design and positioning of the fins improve the heat transfer rate ...
The heat transfer in such a channel depends on the parameters of pin-fins, wedge-shaped cross-section, lateral fluid extraction and so on. Besides, the traditional single inlet cooling scheme may not sufficiently supply fluid to cool the top region of the channel due to the sidewall fluid dis...