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| Research Progress on Integrated Thermal Management and Key Technology of Hypersonic Vehicles |
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| DOI：10.7643/issn.1672-9242.2023.01.007 |
| KeyWord:hypersonic vehicles thermal protection thermal management in cabin integrated thermal management |
| Author | Institution |
| DU Chen-hui |
Chinese Aeronautical Establishment, Beijing , China;Graduate School, Chinese Aeronautical Establishment, Jiangsu Yangzhou, , China |
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| Abstract: |
| With the development to high altitude, high speed, and long endurance of hypersonic vehicles, the external and inner thermal environment it faced has become more severe, which has brought great challenges to the current thermal protection and thermal management. Focused on the hypersonic vehicles’ internal and external thermal environment and the requirements of thermal protection and thermal management, and to deal with the status of increasing heat load and limited heat sink, the method of integrated design and management for thermal protection and thermal management in cabin was proposed in this work. Then, comprehensive discussion and analysis on thermal protection and thermal management were carried out, which included current technological means, applications and development trends. Based on these, the series of plans about the integrated thermal management in USA were summarized. At last, three key technologies of integrated thermal management for hypersonic vehicles were analyzed, including advanced thermal management technologies, integrated internal and external coupling design and rapid modeling and analysis of integrated thermal management systems. |
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