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Computational investigation into jet impingement boiling on pin-fin surfaces data sets.xlsx (14.66 kB)

Computational investigation into jet impingement boiling on pin-fin surfaces

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posted on 2023-07-31, 13:43 authored by Luwan LudickLuwan Ludick, Ken Craig, Josua MeyerJosua Meyer, Prashant Valluri

Data representing processed numerical results for the simulation of phase-change jet impingement boiling on pin-fin surfaces. The data includes a boiling curve validation of numerical model against the experimental results using the stagnation wall superheat. Futhermore, the data includes a parametric study of Reynolds number, pin-fin height and spacing and pin-fin distribution. The parametric study is analysed using wall superheat and boiling area contribution.

Funding

EC-RISE-ThermaSMART, Grant Number: 778104

History

Department/Unit

Mechanical and aeronautical engineering

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  • 7 Affordable and Clean Energy

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    Engineering, Built Environment and Information Technology

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