I.S. Reshetnikov’s research while affiliated with Moscow Clinical Scientific Center and other places

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Publications (1)


Hybrid Rocket Engine Control by the Electrostatic Field
  • Article
  • Full-text available

February 2018

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490 Reads

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7 Citations

Journal of Engineering Science and Technology Review

S.M. Reshetnikov

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A.G. Budin

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I.S. Reshetnikov

Design of the effective hybrid rocket engines requires development of adequate control methods for the condensed phase regression rates. There are two traditional approaches: prescription with catalytic additives and geometrical with oxidizer flux involution or burning channel profiling. Other methods are significantly less investigated, including using various fields for the combustion process control. The paper presents some experimental results on the influence of electrostatic field on the combustion rate for the PMMA - gaseous oxygen hybrid fuel engine. It was shown that it is possible to control engine thrust with parameters of the control field. Some analysis and model explanations are performed.

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Citations (1)


... The energy transfer, in such conditions, can be achieved using electrohydrodynamic control based purely on an externally applied electrostatic field. This technique has shown potential in limiting aerodynamic drag [6] and controlling thrust [8] but has limited applications due to high voltages. The MHD control provides an alternative to contactless flow control and has shown its potential in thrust vectorization [9], power generation [10] and combustion control [11]. ...

Reference:

An HTS Module for Magnetic Combustion Control in a Lab-Scale Hybrid Rocket Engine
Hybrid Rocket Engine Control by the Electrostatic Field

Journal of Engineering Science and Technology Review