Corpus ID: 212482880

Optimization of Impingement Cooled Heat Sink using Experimental and CFD Simulation Methods

@inproceedings{ShantanuVedpathak2018OptimizationOI,
  title={Optimization of Impingement Cooled Heat Sink using Experimental and CFD Simulation Methods},
  author={ShantanuVedpathak and Dr. Ankur Saxena and Dr. Kiran C. More},
  year={2018}
}
Impingement cooling method utilizes high speed jet(s) to impinge on a high temperature surfaces for cooling or heating. In this study, various heat sink geometrical configurations – Heat sink with no fins, Heat sink with continuous platefins, Heat sink with interrupted plate-fins, Heat sinks with pin-fins – were studied. The studies had been conducted for three jet velocity (2, 4 and 6 m/s) as well as three Z/d ratio of 2, 4 and 6. Numerical simulations for this work had been performed in ANSYS… Expand

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