QJ 2140A-1997 in English
VALIDHigh Altitude Simulation Test for Missile Used Turbojet
- Issued on:1997-03-08
- Implemented on:1997-10-01
- File Format:PDF
- Delivery:Via email within 1~3 business days
$262.00
| Standard No: | QJ 2140A-1997 |
| Document status: | VALID |
| Title in English: | High Altitude Simulation Test for Missile Used Turbojet |
| Title in Chinese: | 弹用涡轮喷气发动机高空模拟试验方法 |
| Language: | English |
| File Format: | Electronic (PDF) |
| Delivery: | Via email within 1~3 business days |
| Issued on: | 1997-03-08 |
| Implemented on: | 1997-10-01 |
| ICS Classification: | 49.050-Aerospace engines and propulsion systems |
| Chinese Classification: | V72-Spacecraft power system |
| Professional Classification: | QJ-Aerospace |
| Related Keywords: | turbojet high altitude simulation test
turbojet test turbojet test data high altitude simulation test high-altitude simulation test |
| Related Topics: | motivation
simulation test Test method for aerodynamic performance of axial flow turbine of aviation gas turbine engine mock english turbine eddy jet simulation Thermodynamic simulation testing machine Engine wheel test Thermomechanical simulation test Universal engine nozzle |
High altitude simulation test for missile used turbojet
1 Scope
1.1 Subject content
This standard specifies the general requirements and test equipment/system, test preparation, test items, test procedures, data processing, test result analysis and evaluation, etc. for high-altitude simulation test on missile used turbojet with direct-connected bench.
1.2 Application scope
This standard is applicable to the high-altitude simulation test on flying missile used turbojet (hereinafter referred to as turbojet) with direct-connected test bench. It may also be referenced for the high-altitude simulation test on other flying missile used turbojets.
2 Normative references
GJB 359 Specification for humidity correction of performance of turbojet and turbofan engine
GJB 378 Specification for temperature correction of performance of turbojet and turbofan engine
QJ 2655.1 Measuring method for parameters of missile used turbojet and turbofan engines - Intensity of pressure.
QJ 2655.2 Measuring method for parameters of missile used turbojet and turbofan engines - Temperature
QJ 2655.3 Measuring method for parameters of missile used turbojet and turbofan engines - Thrust
QJ 2655.4 Measuring method for parameters of missile used turbojet and turbofan engines - Fuel flow
QJ 2655.5 Measuring method for parameters of missile used turbojet and turbofan engines - Air flow
QJ 2655.6 Measuring method for parameters of missile used turbojet and turbofan engines - Rotating speed
3 Definitions
There is no provision in this clause.
4 General requirements
4.1 Test assignment
The entrusting unit of turbojet test shall prepare the test assignment before the test work, and complete the countersignature and approval. The test assignment shall include the following contents:
a. Turbojet model and number;
b. Test purpose, simulation status, test items, working status and test times of turbojet;
c. Structural characteristics, installation requirements, hoisting requirements and requirements for test bench of turbojet;
d. Main performance parameters of the turbojet, the limiting parameters and values in the test, the distortion and the requirements for rain absorption;
e. Name, quantity, position, value range and uncertainty requirements of measurement parameters and monitoring parameters required for turbojet test;
f. Requirements of fuel oil, lubricating oil, air source and power supply for turbojet test;
g. Requirements for test procedure control, start-up and shutdown, and requirements for thrust transient and status transformation;
1 Scope
2 Normative references
3 Definitions
4 General requirements
5 Detailed requirements
Annex A Processing method for turbojet test data (Supplementary)
Annex B Correction method for thrust measurement in high-altitude simulation test (Supplementary)
Annex C Formula of converted Mach number and altitude (Supplementary)
Annex D Test record sheet (Reference)
Additional explanation:

Loading PDF document...
Error loading PDF. Please make sure the file is valid and try again.
We also recommend
-

QJ 914.2-1985 in English
Analysis Method for Ammonium Perchlorate Content in Composite Solid Propellant (Carboxyl System)
1985-07-01 -

QJ 2609-1994 in English
High-energy X-ray Flaw Detection Method for Combustion Chamber in Solid Rocket Motor
1994-03-26 -

QJ 1338-1988 in English
Test Run Procedure for Attitude Control Engine
1988-02-02 -

QJ 2893-1997 in English
Safety Requirements of Engine Test of Liquid Rocket
1997-03-19 -

QJ 1275-1994 in English
Evaluation of measurement uncertainty of solid rocket motor
1994-03-26 -

QJ A 917-1997 in English
Determination Method for Density of Composite Solid Propellant, Liner and Thermal Insulation Material
- -

QJ 1392A-2005 in English
Internal-pressure test method for the chamber case of solid rocket motor
2005-12-12 -

QJ 1468-1988 in English
Test Methods for Initial Thermal Decomposition Temperature and Off Temperature of Composite Solid Propellant
1988-04-05 -

QJ 2938-1997 in English
Requirements for Quality Control of Group Rocket Engine Stangding Test
1997-03-10 -

QJ 2654-1994 in English
Test Specification for Liquid Rocket Engine (LRE) Thrust Chamber
1994-04-27