[Beans W. E.: "Investigation Into the Performance Characteristics of a Friction Turbine". Journal of Spacecraft, January 196610.2514/3.28398]Search in Google Scholar
[Cairnes W. M. J.: "The Tesla Disc Turbine". Camden Miniature Steam Services, 2001]Search in Google Scholar
[Davydov A. B., and Sherstyuk A. N.: "Experimental Research on a Disc Microturbine". Russian Engineering Journal, Issue 8, 1980]Search in Google Scholar
[Gingery V.: "Building the Tesla Turbine". ISBN 1-878087-29-0, David J. Gingery Publishing, 2004;]Search in Google Scholar
[Gruber, Earl L.: "An Investigation of a Turbine with a Multiple Disc Rotor". Thesis, Arizona State University, Tempe, Arizona, 1960]Search in Google Scholar
[Ladino F. R.: "Numerical Simulation of the Flow Field in a Friction-Type Turbine (Tesla Turbine)". Diploma Thesis, Institute of Thermal Powerplants, Vienna University of Technology, 2004]Search in Google Scholar
[North, Richard C.: "An Investigation of the Tesla Turbine". Thesis, University of Maryland, 1969;]Search in Google Scholar
[Rice, Warren: "An Analytical and Experimental Investigation of Multiple-Disk Turbines". Journal of Engineering for Power, Trans. ASME, January 196510.1115/1.3678134]Search in Google Scholar
[Rice, Warren: "Tesla Turbomachinery". Conference Proceedings of the 4th International Tesla Symposium, Serbian Academy of Sciences and Arts, Belgrade, Yugoslavia, September 22-25, 1991]Search in Google Scholar
[Schmidt D. D.: "Final Report on Biomass Boundary Layer Turbine Power "Energy Innovations Small Grant, EISG Final Report, Appendix A FAR 00-06, 2002]Search in Google Scholar
[Tesla Nikola: "Turbine". Patent no: 1,061,206., United States Patent Office, Nikola Tesla, of New York N. Y., Patented May 6, 1913;]Search in Google Scholar
[Fluent Inc.: Fluent/UNS/Rampant. "User's Guide", 2000]Search in Google Scholar
[Fluent Inc.: Gambit. "User's Guide". 2000.]Search in Google Scholar
[http://phoenixnavigation.com/]Search in Google Scholar