Coupling heterogeneous continuum-particle fields to simulate non-isothermal microscale gas flows

The DSMC simulations use the standard folder and file format of OpenFOAM; see www.openfoam.org for more information on how cases are setup, how to use the dictionaries (i.e. the input files) etc. Formats in this data-share folder: * .sh linux execution scripts * .mat, .m matlab files * .eps images * .gp gnuplot batch scripts (for producing images) All other files (including those that do not contain an extension) are text files and can be viewed using standard text editors. The zip file 'HighSpeedCouette.zip' contains data for the section of the paper: "1D validation: high-speed micro Couette flow" in the following folders: * Full DSMC validation case: FullDSMCCouette * Multiscale simulations: Pi=2 Pi=3 Pi=4 * Gnuplot post-processing scripts: GnuplotPostProc_Combined The zip file 'TwoDimensionalCrack.zip' contains data for the section of the paper: "2D validation: flow through a microscale crack-type geometry" in the following folders/files: * Full DSMC validation case: FullDSMCCrackTempGradX.zip * Multiscale simulation (subdomain cases and matlab scripts): Kn1_crackProblemTempGradXBulk * Gnuplot post-processing scripts: GnuplotPostProc.zip * Back-up storage of data array elements produced by matlab scripts for the multiscale simulation: matlabScripts

This dataset contains the direct simulation Monte Carlo (DSMC) case directories and data generated from multiscale and full-DSMC simulations.

Docherty, Stephanie; Lockerby, Duncan; Reese, Jason; Borg, Matthew. (2016). Coupling heterogeneous continuum-particle fields to simulate non-isothermal microscale gas flows, [dataset]. University of Edinburgh. School of Engineering. Institute of Materials and Processes.. http://dx.doi.org/10.7488/ds/1358.