XPHE

HTRI has begun a research program dedicated to non-Newtonian flows. In order to discuss the plans for this research program, this webinar reviews the following items: the definition non-Newtonian fluids, the use apparent viscosity, focusing on power law fluids, how non-Newtonian flows affect pressure drop and heat transfer in heat exchangers...
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Are you ready to build your first case in Xphe? This webinar discusses the Xphe interface, including how to navigate, use program options to model your unit, and get help. After the initial discussion on the Xphe interface, the webinar works through an example, showing you how to input geometry, run...
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Are you ready to build your first case in Xphe? This webinar discusses the Xphe interface, including how to navigate, use program options to model your unit, and get help. After the initial discussion on the Xphe interface, the webinar works through an example, showing you how to input geometry, run a case, and optimize your...
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HTRI conducted liquid-phase and phase-change experiments in a welded plate heat exchanger (WPHE) provided by Hisaka Works, Ltd. With the test plate pack installed vertically, cold fluid flowed horizontally, and steam condensed downward. We conducted single-phase and boiling tests using p-xylene as the test fluid, as well as boiling tests using...
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HTRI collected flow boiling data using a plate-and-shell heat exchanger (PSHE) provided by Vahterus Oy. In the exchanger, steam condensed on the plate side, and process fluids—pure n-pentane and a mixture of n-pentane and p-xylene—boiled on the shell side. This report discusses the data and analysis, including evaluations using Xphe® 7.3.1....
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Component: Xphe Applicable to: All supported versions (versions 7.3 through 8.1) Date posted: 6 May 2020  Xphe, a module in Xchanger Suite, models plate-and-frame heat exchangers (PHEs) with rectangular plates. This TechTip provides a workaround for using Xphe to model plate-and-shell exchangers (PSHEs) with circular plates before HTRI develops a software...
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