This is a public repository contaning the research data generated by me during my PhD. The work was supported by NSF CDS&E grant #1854829. The project is open, and technologically not-sensitive. No component of the proposal prohibits public release of research data. Therefore, to ensure research transparency (and also adopt the practice in early part of research career), I have decided to release my data publically.
The Intellectual property (IP) rights of several public universities prohibit public disclosure of the research data. To release this data, I have taken approval from the project PI. The members of PhD research committee, Purdue research integrity officer, Head of department (Aeronautics & Astronautics), and Dean of engineering at Purdue are aware of this disclosure. I believe that this release will make it easier for people to build upon the work that I have spent a considerable effort and time on.
- The practice is remarkably common in venues like NIPS, CVPR. Moreover, public release of research data and code prevents researchers from writing incremental papers. The incremental papers neither push the field forward nor add to our understanding of the reality.
- NSF funds are public money. The work done under NSF projects are done by the people for the people. The public release of research data ensures accountability.
The research data contained in this repository is arranged by section number as per PhD thesis. Each section number is assigned a folder. The sub-section data is contained in the corresponding sub-folders.
- Section 4.1: 1D/3V Multi-species Krook-Wu solution
- Section 4.2: 1D/3V Multi-species Couette flow
- Section 4.3: 1D/3V Multi-species Fourier heat transfer
- Section 4.4: 1D/3V Multi-species oscillatory Couette flow
- Section 4.5: 1D/3V Multi-species normal shock
- Section 4.6: 1D/3V Multi-species self-diffusion
- Section 4.7: 1D/3V Multi-species mass-diffusion
- Section 4.8: 1D/3V Single-species spatial and temporal accuracy test for a range of Knudsen numbers
- Section 4.9: 1D/3V Single-species Couette flow for a range of Knudsen numbers
- Section 4.10: 1D/3V Single-species Sod shock tube problem
- Section 4.11: 2D/3V Single-species flow around a micro-electronic chip
- Section 4.12: 2D/3V Single-species flow in short micro-channels
- Section 4.13: 3D/3V Single-species Lid-driven cavity flow
- Section 5.2: 2D/3V Single-species flow in Micro In-Plane Knudsen Radiometric Actuator (MIKRA)
- Section 5.3: 2D/3V Multi-species flow in MIKRA
To run 1d cases, consult dgfs1D_gpu To run 2d/3d cases, consult frfs To run DSMC cases, consult sparta
To open *.lpk, *.plt, *.vtu, *.lay files, use Tecplot 360.