HIGH TEMPERATURE GASDYNAMIC TESTER FOR TURBOMACHINERY FLOW ELEMENTS Russian patent published in 2017 - IPC G01M15/14 

Abstract RU 2609819 C1

FIELD: engines and pumps.

SUBSTANCE: invention relates to technology of testing gas turbine and turbojet engines and may be used in analyzing the working processes in turbomachinery flow elements. The high temperature gasdynamic tester for turbomachinery flow elements is provided with a gas pressure source connected to the mixing receiver through the gas mixture flow regulator, and a container with an absorber connected to the gas pressure source via a metering device where a gas mixture flow heater is provided with a ceramic heating element in the form of insulated hollow cylindrical housing with two electrodes along its length and having a flow swirler installed in the inlet part of the heating element housing cavity and a flow splitter installed in the outlet of the cavity of the latter housing.

EFFECT: precise control of the chemical composition and physical properties of the gas mixture supplied to the test chamber is provided.

5 cl, 4 dwg

Similar patents RU2609819C1

Title Year Author Number
TURBOMACHINE COMBUSTION CHAMBER 2001
  • Khrjashchikov M.S.
  • Kirievskij Ju.E.
RU2215242C2
GAS DYNAMIC TESTING UNIT 2020
  • Aleksandrov Vadim Yurevich
  • Ananyan Marlen Valerevich
  • Arefev Konstantin Yurevich
  • Batura Stanislav Nikolaevich
  • Gusev Sergej Vladimirovich
  • Zaikin Sergej Vladimirovich
  • Zakharov Vyacheslav Sergeevich
  • Ilchenko Mikhail Aleksandrovich
  • Kuzmichev Dmitrij Nikolaevich
  • Prokhorov Aleksandr Nikolaevich
  • Serebryakov Damir Ildarovich
  • Yurin Vadim Petrovich
RU2767554C2
HEATER FOR HEATING SYSTEM (VERSIONS) 2011
  • Glebov Gennadij Aleksandrovich
RU2447370C1
UNIT FOR ALTITUDE TESTING OF AIRCRAFT ENGINES 2022
  • Aleksandrov Vadim Yurevich
  • Ananyan Marlen Valerevich
  • Arefev Konstantin Yurevich
  • Zaikin Sergej Vladimirovich
  • Ilchenko Mikhail Aleksandrovich
  • Kozerod Aleksandr Vladimirovich
  • Kruchkov Sergej Vladimirovich
  • Kuzmichev Dmitrij Nikolaevich
  • Prokhorov Aleksandr Nikolaevich
  • Stadnikov Viktor Gennadevich
  • Yurin Vadim Petrovich
RU2797789C1
GAS-DYNAMIC TESTING DEVICE 2017
  • Aleksandrov Vadim Yurevich
  • Moseev Dmitrij Sergeevich
  • Prokhorov Aleksandr Nikolaevich
RU2658152C1
BURNER 2010
  • Glebov Gennadij Aleksandrovich
  • Korotkov Mikhail Jur'Evich
RU2444679C1
CLOSED-CYCLE POWER-GENERATING PLANT AND ITS CONTROL METHOD 1999
  • Pjalov V.N.
  • Ostapenko V.A.
  • Zhuravlev A.A.
  • Krivov V.G.
  • Zamukov V.V.
  • Balashov S.V.
  • Agafonov A.N.
  • Terekhin A.N.
  • Dmitriev A.F.
  • Stepanov A.A.
  • Glozman M.K.
  • Polishchuk S.P.
RU2163976C2
COMBUSTION CHAMBER BURNER DEVICE CLEANING METHOD AND INSTALLATION FOR ITS APPLICATION 2019
  • Ausev Vladimir Georgievich
  • Shaban Andrej Nikolaevich
  • Lysukha Aleksej Nikolaevich
  • Krasnovskij Denis Viktorovich
RU2732253C1
METHOD TO BURN PRE-TREATED LEAN FUEL-AIR MIX IN DOUBLE-CIRCUIT LOW-EMISSION BURNER WITH ADJUSTMENT OF PILOT FUEL FLOW 2014
  • Kutysh Ivan Ivanovich
  • Kutysh Aleksej Ivanovich
  • Kutysh Dmitrij Ivanovich
  • Zhdanov Sergej Fedorovich
  • Kubarov Sergej Vasil'Evich
RU2564746C2
COMBUSTION CHAMBER OF GAS-TURBINE PLANT 1999
  • Tokarev V.V.
  • Maksin V.I.
  • Kirievskij Ju.E.
  • Khrjashchikov M.S.
RU2162988C2

RU 2 609 819 C1

Authors

Kirsanov Nikolaj Valerevich

Gulin Aleksandr Georgievich

Dates

2017-02-06Published

2015-09-23Filed