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Comparison of UH-1C Flight Test Data with MOSTAB-C Small Perturbation Math Model

Arthur J. Welch, Edward Warren

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Abstract

The purpose of the work performed under this contract was to conduct a UH-1C model validation analysis. The model was obtained from Government- furnished MOSTAB-C computer data that defined the UH-1C stability and control derivatives at selected flight conditions. The reference data consisted of Government-furnished UH-1C helicopter flight test data. Overall, the MOSTAB-C data represented a fair first approximation to the actual vehicle dynamics. The MOSTAB-C data that was least representative of the actual vehicle response dynamics was the cross-coupling responses.

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What this paper is about

The purpose of the work performed under this contract was to conduct a UH-1C model validation analysis. The model was obtained from Government- furnished MOSTAB-C computer data that defined the UH-1C stability and control derivatives at selected flight conditions. The reference data consisted of Government-furnished UH-1C helicopter flight test data. Overall, the MOSTAB-C data represented a fair first approximation to the actual vehicle dynamics. The MOSTAB-C data that was least representative of the actual vehicle response dynamics was the cross-coupling responses.

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Available abstract

The purpose of the work performed under this contract was to conduct a UH-1C model validation analysis. The model was obtained from Government- furnished MOSTAB-C computer data that defined the UH-1C stability and control derivatives at selected flight conditions. The reference data consisted of Government-furnished UH-1C helicopter flight test data. Overall, the MOSTAB-C data represented a fair first approximation to the actual vehicle dynamics. The MOSTAB-C data that was least representative of the actual vehicle response dynamics was the cross-coupling responses.

Key concepts: Perturbation (astronomy), Test data, Mathematics, Work (physics), Control theory (sociology), Simulation, Computer science, Engineering

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Comparison of UH-1C Flight Test Data with MOSTAB-C Small Perturbation Math Model — Research Paper | ScholarLens