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Safety Engineering for Crash Injury Prevention
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English
Abstract
Methods of achieving crash-worthiness of aircraft in general are discussed. Specific conclusions are drawn with regard to the design loads for occupant restraint systems. A “ programmed break” concept for the fuselage of large aircraft is presented, and additional research which is needed to provide increased survival in accidents is suggested.
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Authors
Citation
Haley, J., Turnbow, J., and Avery, J., "Safety Engineering for Crash Injury Prevention," SAE Technical Paper 640600, 1964, https://doi.org/10.4271/640600.Also In
References
- Bruggink G. M. “ Impact Survival in Air Transport Accidents,” AvCLR Phoenix Arizona January 1961
- Turnbow James W. “ A Review of Crashworthy Seat Design Principles” (SAE Paper) April 1964
- Hasbrook A. H. “ Gross Pattern of Injury of 109 Survivors of Five Transport Accidents,” ONR Contract No. NONR 401(21) July 1958
- McFarland Ross A. “ Human Factors in Air Transportation,” McGraw Hill Book Co. Part IV, Chapter 2
- Bruggink G. M. “ Limits of SeatBelt Protection During Crash Decelerations,” AvCIR Phoenix Arizona September 1961
- Stapp J. P. “ Human Exposures to Linear Deceleration” Part 1 and Part 2, Air Force Report No. 5915 Wright Air Development Center, Wright-Patterson Air Force Base Dayton, Ohio December 1951
- Eiband A. M. “ Human Tolerance to Rapidly Applied Accelerations” NASA, Memo 5-19-59 E June 1959
- Pearson Richard J. “ Impact-Injury Relationships in Lightplane Accidents” Reprint from the Archives of Environmental Health 3 514 518 November 1961
- DeHaven Hugh “ Crash Deceleration, Crash Energy, and Their Relationship to Crash Injury” AF Tech. Report 62-42 December 1950
- Schweer H. W. “ S - 2 B Snow Aerial-Applicator Aircraft Accident” Phoenix Arizona 18 October 1961 TRECOM Tech. Report 62-43, U. S. Army Transportation Research Command May 1962
- Rothe V. E. “ Safety Developments in Agricultural Applicator Aircraft” Presented at the A1AA General Aviation Aircraft Design and Operators Meeting 25-27 May 1964
- Barnes A. C. “ Injury Reduction Trends in Agricultural Aviation” Journal of Aerospace Medicine May 1964
- Turnbow J. W. “ Military Troop Seat Design Criteria” TRECOM Tech. Report 62-79 U. S. Army Transportation Research Command November 1962
- Carroll Jack “ U. S. Army HU-1A Bell Iroquois Helicopter Accident, East St. Louis, Illinois” (Reprint), TRECOM Tech. Report CRD 2859 U. S. Army Transportation Research Command January 1960
- Acker L. W. “ Accelerations in Fighter-Airplane Crashes” NACA RM E57G11 November 4 1957
- Eiband A. M. “ Accelerations and Passenger Harness Loads Measured in Full-Scale Light-Airplane Crashes” NACA TN 2991 1953
- Preston G. M. “ Accelerations in Transport-Airplane Crashes” NACA TN-4158 February 1958
- Haley J. L. Jr Avery J. P. “ Personnel Restraint Systems Study - CV-2 DeHavilland Caribou” TRECOM Tech. Report 64-3 U. S. Army Transportation Research Command April 1964
- Haley J. L. Jr. Avery J. P. “ Personnel Restraint Systems Study - CH-47 Vertol Chinook,” U. S. Army TRECOM Tech. Report 64-4 April 1964
- Haley J. L. Jr Avery J. P. “ Personnel Restraint Systems Study - UH-1A and UH-1B Bell Iroquois Helicopters” U. S. Army TRECOM Tech. Report 63-81 December 1963
- Beedle Lynn “ Plastic Design of Steel Frames” Wiley 1958
- Hodge P. G. Jr. “ Plastic Analysis of Structures” McGraw Hill 1959