1 |
Peterson, A. A., and Dadone, L. U., "Helicopter Icing Review," Boeing Vertol Company, September 1980.
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2 |
Ministry of Defence, "Defence Standard 00-970 Part 7 Section 2," Issue 6, July 2015, leaflet 711/2.
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3 |
88PR0886, "Flight Test Report for KUH Artificial and Natural Icing Flight Test," May 2018.
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4 |
BOEING VERTOL MODEL 107 HELICOPTER ICING & WEATHER TESTS 30554b, YouTube.
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5 |
David N. Anderson, "Manual of Scaling Methods," NASA/CR-2004-212875, March 2004.
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6 |
An, Y. G., and Myong, R. S., "Scaling Methods for Icing Wind Tunnel Test," JASASS, 2016 pp. 146-156.
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7 |
Kim, K. S., Lee, J. H., Park, N. U., Kim, B. K., "De-icing Performance Study of Main Rotor Blade Through in Icing Flight Test", KSASS 2016 Conference, November 2016, pp. 1290-1291.
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8 |
Society of Automotive Engineers, AS 5498, "Minimum Operational Performance Specification for Inflight Icing Detection Systems," October 2001, pp. 19.
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9 |
Kim, Y. K., and Kim, B. K, "Improvement of De-icing Logic Sensitivity to Minimize Ice Accretion Effect of the Rotor Blade under LWC Variation", IEIE Conference, June 2018, pp. 770-773.
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10 |
S. C. van't Hoff, "HISS Spray Calibration," NLR, December 2017.
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11 |
FAA FAR Part 29 Appendix C, "Airworthiness Standards: Transport Category Rotorcraft - Icing Certification."
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