TURBOJET ENGINE WITH EJECTOR SUPERCHARGING Russian patent published in 2003 - IPC

Abstract RU 2201518 C2

FIELD: mechanical engineering; turbojet engines. SUBSTANCE: proposed turbojet engine has intake device, compressor, turbine, main combustion chamber arranged between compressor and turbine, outlet device and gas ejector. High- pressure channel of gas ejector is connected through mixing chamber, diffuser and compressor, and low-pressure channel communicates at one side with atmosphere, and at other side, with compressor through mixing chamber and diffuser. Pressure rise ratio in compressor compose πc = 4-8, and after-compressor air takeoff coefficient is Ktakeoff = 0,15-0,25 of air flow through compressor. EFFECT: increased thrust of turbojet engine. 3 cl, 2 dwg

Similar patents RU2201518C2

Title Year Author Number
TURBO-EJECTOR ENGINE 1999
  • Pis'Mennyj V.L.
RU2190772C2
TWO-CHAMBER TURBOJET ENGINE (VERSIONS) 2000
  • Pis'Mennyj V.L.
RU2187009C2
GAS TURBINE ENGINE BOOSTING METHOD 2001
  • Pis'Mennyj V.L.
RU2193099C2
THREE-FLOW TURBO-EJECTOR ENGINE 2009
  • Pis'Mennyj Vladimir Leonidovich
RU2392475C1
HYPERSONIC TURBO EJECTOR ENGINE 2009
  • Pis'Mennyj Vladimir Leonidovich
RU2386829C1
METHOD FOR PROTECTING TURBOEJECTOR ENGINE AGAINST STALL 2010
  • Pis'Mennyj Vladimir Leonidovich
RU2424439C1
METHOD TO AUGMENT AIRCRAFT ENGINE 2009
  • Pis'Mennyj Vladimir Leonidovich
RU2386832C1
TURBO-JET ENGINE AND CONTROL METHOD THEREOF 2016
  • Pismennyj Vladimir Leonidovich
RU2645373C1
ADJUSTMENT OF AXIAL COMPRESSOR OF GAS TURBINE ENGINE 2013
  • Pis'Mennyj Vladimir Leonidovich
RU2535186C1
THREE-CIRCUIT GAS-TURBINE ENGINE 2003
  • Pis'Mennyj V.L.
RU2253745C2

RU 2 201 518 C2

Authors

Pis'Mennyj V.L.

Dates

2003-03-27Published

2001-03-19Filed