Heat, Air, and Moisture. Building Phycics
A open source implementation of the well known governing equations of heat and moisture transfer in building walls. Validation with data from Tampere University, Building Physics team. Currently implemented in OpenFOAM. Validation is in process. Test versions of the future JavaScript version are available in the tests folder. A half finished FEniCS based version is available in GitHub.
Computational Fluid Dynamics Course
For a few years now, I have been teaching basic computational fluid dynamics (CFD) at Tampere University as a part of the course Numerical Techniques For ProcessModelling. The material is open source, unfinished, and contains most of the numerical skills required to program simple solvers.
Impinging Jet Heat Transfer Measurements Data
During my PhD thesis we measured about 150 cases of impinging jets. The thesis is still unpublished but the data is available here. A computer readable format will follow.
Relative Humidity and Temperature Arduino Based Logger.
A battery powered RH and temperature logger. Estimated battery life of a year or two. As accurate as the plugger in sensor. Currently the logger has been running non-stop for nearly one year. The accuracy of RH measurements 3% and temperature 0.2C. Source code on GitHub. Documents on projects.