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    <p>The easy to use MicroCool® Tool™ can help you determine which type of MDT fin or pin geometry will best suit your performance needs. With just a few inputs, the correlation based software can quickly provide: thermal resistance, coldplate and fluid temperatures, as well as pressure drop performance. This valuable tool will also allow you to view coldplate surface temperature plots.</p>
    <p>The MicroCool® Tool™ is an iterative solver that is using correlations based on empirical data. This keeps calculation time to minutes as opposed to hours with numerical CFD code. The code has a very easy to use pick-and-play choice of more than 60 methods for heat transfer, pressure drop, CHF, flow pattern maps, etc. and graphical user interfaces for numerous fluids, electrical element dimensions, cooling element configurations and dimensions, TIMs, methods, etc. The tool also provides complete graphical output of the thermal simulations (including 3D views) and generates an Excel output with graphs and complete set of input/output with incremental calculation results.</p>
   <p>Prof. John Thome and Dr. Jackson Marcinichen are the thermal developers of the MicroCool Tool, with extensive microscale single-phase and two-phase cooling experience with cold plates, including experimental work,development of new correlations and models, and steady-state/transient 2D/3D thermal simulations for diverse electronics cooling applications:
CPU's, IGBT's, high energy physics pixel detectors, etc.</p>
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