Abstract
This chapter covers the electro-hydraulic servo control technology and its practical progress of aircraft gas turbine pump; the design theory and technology of the core components of gas power energy, such as steering gear system, gas generator, and gas turbine, etc.; starting characteristics of missile gas turbine motor pump with electro-hydraulic energy combination; basic characteristics and design technology of missile electro-hydraulic energy system; the power matching design method of steering gear system; and the design theory of electro-hydraulic energy system for high-temperature and high-speed gas turbine pump of aircraft is described in detail.
Access this chapter
Tax calculation will be finalised at checkout
Purchases are for personal use only
Bibliography
Lai Y (1989) Several problems in the development of electro-hydraulic servo technology. Autoplot Infrared Technol 4:1–7
Shu Z (1992) Overview of design method of air defense missile control execution system. Autoplot Infrared Technol 4:1–13
Yin Y,Chen Z (1995) Power matching design of hydraulic steering gear system. Autoplot Infrared Technol 80:37–41
Shu Z (1995) Discussion on auxiliary energy scheme of air defense missile. Autoplot Infrared Technol 1:25–36
Zhu M (1992) Review and prospect of electro-hydraulic control technology. Autoplot Infrared Technol 2:37–41
Zhu M (2000) Overview of elastic o-ring sealing technology. Autoplot Infrared Technol 4:35–40
Shu Z (1991) Application analysis of gas turbo pump hydraulic energy in tactical air defense missile. Autoplot Infrared Technol 1:18–22
Yin Y,Yu C,Lu T, Others (2006) Research on air chamber pressure characteristics of aerocraft hydraulic control system. Autoplot Infrared Technol 2:8–12
Yin Y,Zhang L,Fu J (2011) The utility model relates to a high pressure pneumatic pressure reducing valve, 201110011195, 11 May 2011
Yin Y (1996) Study on the influence of overflow valve working point on the frequency characteristics of missile electro-hydraulic energy system. Autoplot Infrared Technol 82:38–43
Yin Y (1995) Mechanism and characteristic analysis of single - stage overflow valve with balanced piston. Shanghai Aerosp 12(3):14–17
Yin Y,Zhao Y (2009) Overflow valve with liquid resistance and liquid capacity feedback, 200910121621.4, 12 June 2009
Kirillov MN (1982) Principle of turbine machinery. China Machine Press, Bei**g
Shen W,Zhen P (1983) Engineering mechanics. Higher Education Press, Bei**g
Traupel W (1985) Thermal turbine. Water Resources and Electric Power Press, Bei**g
Thomas HJ (1984) Thermische kraf tanlagen. Springer-Verlager, Berlin
Xujier DK (1973) Liquid propellant rocket engine design. National Defense Industry Press, Bei**g
Kirilov HH (1959) Gas turbine and gas turbine installations. China Machine Press, Bei**g
Wu H (1982) Structure and strength calculation of turbine parts. China Machine Press, Bei**g
Song J (1991) Exploration on improving the efficiency of small gas turbine used in missile hydraulic system. Autoplot Infrared Technol 1:23–36
Shu Z (1996) Discussion on the relationship between gas pressure and nozzle characteristic parameter function—technical analysis and application of gas design. Autoplot Infrared Technol 3:39–46
Gao Z, Song J (1993) Analysis of gas-turbine driven electro-hydraulic energy combination system. Shanghai Aerosp 1:5–8
Gan K (1998) EHPU starting characteristic analysis and experimental research. Autoplot Infrared Technol 4:3–27
Gao Z (1992) Starting characteristic analysis of hydraulic pump energy combination of gas turbine motor. Autoplot Infrared Technol 2:21–24
Yin Y (2012) Electro-hydraulic servo control theory and application technology in extreme environment. Shanghai science and technology press, Shanghai
Yin Y (2008) Research on key basic theory of aerocraft steering gear system. Shanghai pujiang talent plan (class A) summary report (06PJ14092), 30 Sept 2008
Yin Y (2009) Research on integrated design of ultra-high pressure pressure-reducing valve assembly in fuel cell vehicle. Shanghai magnolia technology talent fund summary report (2018B110), 28 May 2009
Li J, Yin Y (2009) Research on temperature control and pulsation technology of hydraulic system—research on temperature control technology. Technical summary report of tongji university large passenger aerocraft project (Develop) (No.TJME-09-290), 22 Dec 2009
Yin Y (2010) Above 45Â MPa research on hydrogen supercharging pressure control and regulation technology. Subject acceptance report of national high-tech research and development plan (National 863 Program) (2017AA05Z119), 30 June 2010
Yin Y, Hu D, Chen Z (1993) Project missile hydraulic energy system project demonstration report. Shanghai space administration 803 research institute, 3
Song J (1994) Thermodynamic processes in small gas turbine nozzles used in missiles. Autoplot Infrared Technol 1:20–22
Song J (1994) The influence of the change of back pressure caused by flight altitude on the exit velocity and angle of the nozzle of the gas turbine used in the projectile. Autoplot Infrared Technol 4:20–22
Author information
Authors and Affiliations
Corresponding author
Rights and permissions
Copyright information
© 2020 Springer Nature Singapore Pte Ltd. and Shanghai Scientific and Technical Publishers
About this chapter
Cite this chapter
Yin, Y. (2020). High-Temperature and High-Speed Gas Turbine Pump Electro-Hydraulic Energy System for Aircraft. In: High Speed Pneumatic Theory and Technology Volume II. Springer, Singapore. https://doi.org/10.1007/978-981-15-2202-4_9
Download citation
DOI: https://doi.org/10.1007/978-981-15-2202-4_9
Published:
Publisher Name: Springer, Singapore
Print ISBN: 978-981-15-2201-7
Online ISBN: 978-981-15-2202-4
eBook Packages: Physics and AstronomyPhysics and Astronomy (R0)