Build a 15,000 Rpm Tesla Turbine Using Hard Drive Platters: Here's a project that uses some of those dead hard drives you've got lying around. Tesla never saw the car produced, but he might be gratified today to see that his revolutionary turbine is finally being incorporated into a new generation of cleaner, more efficient vehicles. This is a new Tesla Turbine design that allows you to start under load. PNGinc's Tesla Turbine is a multi-fluid capable boundary layer turbine with 10-inch diameter stainless steel disks.

Fluid used can be steam or water. Design and Computational Analysis of 1 kW Tesla Turbine Raunak Jung Pandey* 1, Sanam Pudasaini , ... Tesla turbine has advantages of ease of production, versatility and low maintenance. UNITED STATES US1,061,142 Fluid Propulsion, April 29, 1913 US1,061,206 Turbine, May 6, 1913 US1,113,716 Fountain, October 13, 1914 US1,209,359 Speed Indicator, December 19, 1916 US1,329,559 Valvular Conduit, February 3, 1920 US1,266,175 Lightning Protector, May 14, 1918 US1,274,816 Speed Indicator, August 6, 1918 US1,314,718 Ship’s Log, September 2, 1919 … The particularly good thing about Tesla turbines is they are very easy to build. Also for its compact size it has the potential to be bolted onto an Ecat reactor into a CAR, producing the first cold fusion car in history (without the need for expensive batteries and infra structure.) Tesla turbine. His turbine Reili thinks this technology could become the workhorse of the 21st century, gradually replacing the piston-combustion engine that dominated the 20th. The Tesla turbine is a bladeless centripetal flow turbine patented by Nikola Tesla in 1913. Please improve this article by removing excessive or inappropriate external links, and converting useful links where appropriate into footnote references. That invention was a turbine, known today as the Tesla turbine, the boundary layer turbine or the flat-disk turbine. Wrong. : Conf. Modern improved and effective design of boundary layer turbine for robust control and efficient production of green energy To cite this article: M Usman Saeed Khan et al 2013 J. Request PDF | Experiment and analysis for an improved design of the inlet and nozzle in Tesla disc turbines | In this article, the performance of the inlet to a Tesla disc turbine has been studied. There appear to be many advantages to the Hunstable Electric Turbine, all of which are relevant to electric cars—for example—and perhaps most significant—it would eliminate the need for a reduction gear-set, with its associated weight, cost, space, energy losses, and potential to break. One of the greatest fallacies of the Tesla design is the idea that you can get work from the gas that once it gets into the space between the disks.

As Nikola Tesla once explained, his blade-less turbine design can be used for pumps, compressors, wind turbines, and even as combustion engines. That's because most people think of a turbine as a shaft with blades -- like fan blades -- attached to it. This “HET Motor” design looks promising (if they can bring it to market, obviously.) Interestingly, using the word "turbine" to describe Tesla's invention seems a bit misleading. (July 2015) (Learn how and when to remove this template message) Tesla turbine at Nikola Tesla Museum. 439 012043 2 View the article online for updates and enhancements. Yes. A challenge related to Tesla turbine is low efficiency.

Abstract of the Invention An improved turbine using the edge of the blades of the working surface instead of the blade's face, and further utilizing both expansion blades and adhesion discs. Tesla intended to use his turbine to propel aircraft, in geothermal power plants, in cars instead of pistons, for vacuum pumps, for compressing air and liquifying gases. It is unaffected by sediment erosion due to lack of vanes. Put stationary disks between the rotating disks.

Ser. One company making serious progress is Phoenix Navigation and Guidance Inc. (PNGinc), located in Munising, Michigan.