Abstract
In aerospace and related fields, simulation tests in the high-temperature wind tunnel have been playing an important role in evaluating and optimizing the thermal performance of key materials/structures of the aircraft. Based on the characteristics of the test environment, the development of machine vision system for the high-temperature wind tunnel can obtain the wide ranging and comprehensive process information of the tests, which is of great significance to the development of high-temperature ground simulation tests. Thus, this paper reviews the theoretical principles, key technologies and equipment design of the machine vision system for high-temperature wind tunnel. Meanwhile, several application examples are also introduced along with the relevant research results of our research group in this field. Finally, the development direction and application prospects of the machine vision system for the high-temperature wind tunnel are also forecasted with the future-oriented needs of the simulation tests.
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