Computational Modeling and Experimental Validation of Pressure Drop through Multi-Layered Woven Screens for Polymer Melts
Description
Support data for research paper titled 'Computational Modeling and Experimental Validation of Pressure Drop through Multi-Layered Woven Screens for Polymer Melts'. Temperature recordings include the temperature of the melt measured at the melt curtian with a Minolta/Land Cyclops 79 pyrometer. Screen filter measurments include measurements, using a caliper, for each screen filter and each individual screen filter layer. Plotter data includes all relevant mean quantites measured by the automated plotter over the course of the screen filter experiment. CFD parameter inputs include the porous zone thickness and permeability inputted into each porous zone configuration tested in the paper. CFD results inculde the pressure drop from each porous zone configuration and the pressure drop across each screen filter obtained from the corresponding experimental data.
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The outline for how the data was obtained and analysed, including all the software/hardware used, is included in and can be reproduced from the information provided in the paper. Additional data is available on request.
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EPSRC Centre for Doctoral Training in Fluid Dynamics