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2023•Journal of Physics Conference SeriesOpen access

An IPID Control Method for Aerodynamic Heating Ground Simulation of Hypersonic Vehicles

Jingpeng Li, KeDeng, Gang Wang, Guangming Zhang, Zhiqing Bai, Xiaodong Lv

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Abstract

Abstract In order to accurately predict the thermal environment of hypersonic vehicles, many scholars have devoted themselves to the research related to the aerodynamic heating characteristics of hypersonic vehicles, which provides important solutions for the design of thermal protection systems. An IPID controller is designed for the aerothermal ground simulation system of hypersonic vehicles to complete the target tracking.

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Abstract In order to accurately predict the thermal environment of hypersonic vehicles, many scholars have devoted themselves to the research related to the aerodynamic heating characteristics of hypersonic vehicles, which provides important solutions for the design of thermal protection systems. An IPID controller is designed for the aerothermal ground simulation system of hypersonic vehicles to complete the target tracking.

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Available abstract

Abstract In order to accurately predict the thermal environment of hypersonic vehicles, many scholars have devoted themselves to the research related to the aerodynamic heating characteristics of hypersonic vehicles, which provides important solutions for the design of thermal protection systems. An IPID controller is designed for the aerothermal ground simulation system of hypersonic vehicles to complete the target tracking.

Key concepts: Hypersonic speed, Aerodynamic heating, Aerodynamics, Aerospace engineering, Controller (irrigation), Hypersonic flight, Thermal, Computer science

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