INVESTIGATION OF THERMOCHEMICAL STABILITY OF THERMAL PROTECTION MATERIALS

Boris Evgen'evich  Zhestkov

doi:10.1615/TsAGISciJ.2015013546

俄罗斯空气动力研究所中心学报

总编辑: Sergei Leonidovich Chernyshev (open in a new tab)

副主编: Ivan Vladimirovich Egorov (open in a new tab)

International Executive Editorial Advisors: M. de Gliniasty (open in a new tab) C.W. Kauffman (open in a new tab) Jurgen Quest (open in a new tab) Gu Songfen (open in a new tab) Shinji Suzuki (open in a new tab)

每年出版 6 期

ISSN 打印: 1948-2590

ISSN 在线: 1948-2604

INVESTIGATION OF THERMOCHEMICAL STABILITY OF THERMAL PROTECTION MATERIALS

卷 45, 册 8, 2014, pp. 781-802

DOI: 10.1615/TsAGISciJ.2015013546

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Boris Evgen'evich Zhestkov
Central Aerohydrodynamic Institute (TsAGI), 1 Zhukovsky Str., Zhukovsky, Moscow Region 140180, Russia

摘要

This paper specifies the main modeling conditions for the hypersonic high-enthalpy air flow interaction with the thermal protection materials of airspace vehicles. The methodology and technique of the experiments on high-temperature material thermochemical stability in a hypersonic plasma flow are given. The gas corrosion of a number of refractory ceramics and carbon-carbon materials at sample temperatures of 1000-2500 K at regimes that model the space vehicle atmospheric entry is investigated. The influence of mechanical load on the oxidation intensity of the studied carbon-carbon materials is considered.

键词: modeling conditions, high-temperature wind tunnels, hypersonic high-enthalpy air flow, thermal protection materials, oxidation, corrosion, loss of mass, mechanical load

对本文的引用

Vaganov A. V., Zhestkov B. E., Lyamin Yu. B., Poilov V. Z., Pryamilova E. N., Methodology of investigation of ultra high temperature ceramics thermochemical stability and catalycity, 1770, 2016. Crossref
ASTAPOV ALEXEY N., KUZNETSOVA EKATERINA L., RABINSKIY LEV N., OPERATING CAPACITY OF ANTI-OXIDIZING COATING IN HYPERSONIC FLOWS OF AIR PLASMA, Surface Review and Letters, 26, 02, 2019. Crossref
Vasil’evskii S. A., Gordeev A. N., Kolesnikov A. F., Heat Transfer and Thermophysics of Subsonic Dissociated-Air Jets in Flow past a Cylindrical Model in a High-Frequency Induction Plasmatron, Fluid Dynamics, 54, 3, 2019. Crossref
Kolesnikov A. F., Lukomskii I. V., Sakharov V. I., Chaplygin A. V., Experimental and Numerical Modeling of Heat Transfer to Graphite Surface in Underexpanded Dissociated-Nitrogen Jets, Fluid Dynamics, 56, 6, 2021. Crossref
Kolesnikov A. F., Shchelokov S. L., Analysis of the Simulation Conditions of the Aerodynamic Heating in Subsonic High-Enthalpy Air Jets from the VGU-4 HF Plasmatron, Fluid Dynamics, 56, 2, 2021. Crossref
Kolesnikov A. F., Vasil’evskii S. A., Shchelokov S. L., Chaplygin A. V., Galkin S. S., Analysis of the Possibilities of Local Simulation of Aerodynamic Heating in a Powerful VGU-3 HF-Plasmatron, Fluid Dynamics, 57, 6, 2022. Crossref

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