040059: Wave Rotors for Ultra-Micro Gas Turbines
Case ID:
TEC2004-0059
Web Published:
7/21/2014
Description:
Gas
turbine engines are essentially simple devices having only three parts: a
compressor, a combustion area, and a turbine. Applications of such engines are
well know, for example, in jet engines of aircraft, propulsion systems of tanks,
and small industrial power plants. Devices such as wave rotors have been used in
an attempt to improve the efficiency and the output of gas turbine engines. Most
applications of gas turbine engines are very large in scale, and only recently
have gas turbine engines been able to be produced in a smaller scale. Although
gas turbine engines may be produced at a micro scale, such engines are not
efficient and are not very typical.
Description
Michigan State University’s invention is an ultra micro gas turbine
engine that includes a wave rotor and provides a new approach in increasing the
efficiency of a micro scale turbine engine apparatus. The invention
significantly improves efficiency, lowers internal flow velocity, uses shock
wave compression, and achieves reliability through redundancy while being
extremely small in size.
IP Protection
Status
U.S.
patent 7,934,368
Patent Information:
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For Information, Contact:
Bradley Shaw
Technology Manager
Michigan State University - Test
517-355-2186
shawbr@msu.edu