TNSolver is an open source thermal network solver written using GNU Octave, the MATLAB clone. It will run in either GNU Octave or MATLAB.

- Summary of TNSolver Input Commands, updated on July 31, 2016
- TNSolver User Manual , updated on July 31, 2016

- TNSolver: An Open Source Thermal Network Solver for Octave or MATLAB, TFAWS 2016, August 2, 2016
- University of Washington, ME 331, Introduction to Heat Transfer, Autumn Quarter 2015
- Composite Wall Problem, October 13, 2015
- Lumped Mass Experiment, November 3, 2015
- Radiation Experiment, December 1, 2015
- University of Washington, ME 331, Introduction to Heat Transfer, Autumn Quarter 2014
- Composite Wall Problem, September 30, 2014
- Convection Experiment, October 30, 2014
- Radiation Experiment, November 18, 2014

- Download the zip file containing the TNSolver m-files and unzip it into an empty folder.
- Add the path to the TNSolver .m files folder in Octave/MATLAB:
`>> addpath('`*path to .m files folder*')

- Version 4.0.3 (July 2, 2016) of GNU Octave provides a GUI interface, with a built-in editor.
- GNU Octave download instructions are at: GNU Octave Download
- A Windows binary installer is located at: ftp://ftp.gnu.org/gnu/octave/windows/octave-4.0.3-installer.exe
- GNU Octave Wiki is at: GNU Octave Wiki

- View Factor Manual, updated on April 20, 2016
- Plate to Plate
- Orthogonal Plate to Plate
- Disk to disk
- Disk to cone
- Frustum to base
- Plate to cylinder

- [BLID11] T.L. Bergman, A.S. Lavine, F.P. Incropera, and D.P. DeWitt. Introduction to Heat Transfer. John Wiley & Sons, New York, sixth edition, 2011.
- [LL12] J. H. Lienhard, IV and J. H. Lienhard, V. A Heat Transfer Textbook. Phlogiston Press, Cambridge, Massachusetts, fourth edition, 2012.

Last Modified by Bob Cochran, on July 30, 2016