AEROSPACE SHANGHAI, Volume. 42, Issue 2, 194(2025)

Numerical Simulation of Orbit-controlled Jet Considering Multi-physical Effects

Zhao WAN, Ruhao HUA, Qi CHEN*, Dingwu JIANG, and Xinguang WANG
Author Affiliations
  • Computational Aerodynamic Institute,China Aerodynamic Research and Development Center,Mianyang621000,,China
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    Figures & Tables(17)
    Comparison of the pressure coefficient distributions under different P0
    Configuration and grids of the lifting body
    Temperature field and jet interaction flow field structure
    Pressure and streamline distributions on the windward side
    Temperature distribution of the symmetry surface
    Heat flux distribution on the windward side
    CO2 component distribution on the symmetry surface
    Variation of the jet interaction force/moment with the Mach number (70 km)
    Variation of the jet interference factor with the Mach number
    Variation of the jet interaction force/moment with the height (Ma=25)
    Variation of the jet interference factor with the height
    Pressure and streamline distribution on the windward in rarefied environment
    Distribution of pressure on the windward scale line
    Influence of the rarefaction effect on the aerodynamic force/moment of the hot-gas jet interaction under different conditions
    • Table 1. Chemical reaction models of the high-temperature air<sup>[<a class="aTag" href="#Ref_33" target="_self" style="display: inline;">33</a>]</sup>

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      Table 1. Chemical reaction models of the high-temperature air<sup>[<a class="aTag" href="#Ref_33" target="_self" style="display: inline;">33</a>]</sup>

      序号反应
      1N2+M1↔N+N+M1
      2O2+M2 ↔O+O+M2
      3NO+M3 ↔N+O+M3
      4O+NO ↔N+O2
      5O+N2 ↔N+NO
      6N+O ↔NO++e
    • Table 2. Chemical reaction models of the jet gas components<sup>[<a class="aTag" href="#Ref_34" target="_self" style="display: inline;">34</a>]</sup>

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      Table 2. Chemical reaction models of the jet gas components<sup>[<a class="aTag" href="#Ref_34" target="_self" style="display: inline;">34</a>]</sup>

      序号反应
      1CO2+M4 ↔CO+O+M4
      2CO+M5 ↔C+O+M5
      3CO2+O ↔ O2+CO
      4CO+NO ↔ CO2+N
      5CO+O ↔ O2+C
      6CO+N ↔NO+C
      7CO+CO ↔ CO2+C
      8H2O+M6 ↔H+OH+M6
      9H2+M7 ↔H+H+M7
      10OH+M8 ↔O+H+M8
      11OH+CO ↔CO2+H
      12OH+H2 ↔H2O+H
      13H+O2 ↔OH+O
      14O+H2 ↔OH+H
      15OH+OH ↔H2O+O
    • Table 3. Comparison of the separation lengths under different calculation conditions

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      Table 3. Comparison of the separation lengths under different calculation conditions

      P0/kPa风洞试验/mm本文CFD/mm文献DSMC[29]/mm
      6.7520.0018.0018.00
      37.0235.0033.0033.00
      145.3045.0044.8042.00
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    Zhao WAN, Ruhao HUA, Qi CHEN, Dingwu JIANG, Xinguang WANG. Numerical Simulation of Orbit-controlled Jet Considering Multi-physical Effects[J]. AEROSPACE SHANGHAI, 2025, 42(2): 194

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    Paper Information

    Category: Simulation and Analysis

    Received: Nov. 6, 2024

    Accepted: --

    Published Online: May. 26, 2025

    The Author Email:

    DOI:10.19328/j.cnki.2096-8655.2025.02.019

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