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Testing for crashworthiness

Aircraft Engineering and Aerospace Technology, 1995
The development of safety systems for aircraft is currently benefiting from technology and skills originally proven in automotive applications. This article considers testing and technology for airliner passenger seating, civil and military helicopter crew safety and the possible use of airbags.
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Crashworthiness—in Perspective

The Journal of the Acoustical Society of America, 1972
Crashworthiness for automotive vehicles concerns more than how the fenders bend. The total system is involved from the vehicle's structure to the occupant's restraint. Field accident data must be used to establish the mix of variables required to provide an acceptable level of crashworthiness.
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On Computational Methods for Crashworthiness

SAE Technical Paper Series, 1988
<div class="htmlview paragraph">The evolution of computational methods for crashworthiness and related fields is described and linked with the decreasing cost of computational resources and with improvements in computational methodologies. The latter includes more effective time integration procedures and more efficient elements.
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Crashworthiness of helicopter subfloor structures

International Journal of Impact Engineering, 2002
To improve a helicopter design concept, which meets structural and crashworthiness requirements, a research program is undertaken to study the energy absorption capability of a subfloor structure. In particular, crash tests are performed on the subfloor structure and on the intersection elements, which are components of the structure and can create ...
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Crashworthiness of Aluminum Structures

Crashworthiness, Occupant Protection and Biomechanics in Transportation Systems, 1999
Abstract There is a growing recognition by the auto makers of the benefits of aluminum for vehicle structures. While there is now no doubt that the structural demands of vehicles can be met with aluminum, it is less well appreciated that such structures can also be designed to provide a high level of crashworthiness.
A. S. Warren, M. J. Wheeler
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Magnesium for Crashworthy Components

2016
Most applications of magnesium in automobiles are for nonstructural components. However, the light weight properties of magnesium make it attractive in structural applications where energy absorption in a crash is critical. Because most deformation in a crash occurs as bending rather than simple tension or compression, the advantages of magnesium are ...
Abbott, T., Easton, M., Schmidt, R.
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Crashworthiness and Escape

2018
While no aeronautical engineer expects or wants their design to crash, accidents do happen, and in the case of aircraft, have obvious potential to be catastrophic. How an aircraft responds after a crash, in terms of access to emergency exits, resistance to fire in passenger and crew compartments, and continued structural integrity to facilitate easy ...
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Crashworthy Landing Gear Design

2017
<div class="section abstract"> <div class="htmlview paragraph">The intent of this SAE Aerospace Information Report (AIR) is to document the design requirements and approaches for the crashworthy design of aircraft landing gear.</div> <div class="htmlview paragraph">This document covers the field of commercial and military ...
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CRASHWORTHY TROOP SEAT INVESTIGATION

1974
Abstract : The purpose of this investigation was to perform a research program for the development, analytical verification, mockup evaluation, and comparison of designs for practical crashworthy forward-, aft-, and side-facing troop seating systems for U.S. Army helicopters.
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Crashworthy Landing Gear Study

1973
Abstract : The purpose of the reported effort was twofold: to develop rotary- wing landing gear concepts and criteria which, when applied, would lessen the magnitude of crash forces transferred to occupiable areas of helicopters involved in severe yet survivable accidents; to use the concepts and criteria to design, fabricate, and test an experimental ...
Richard S. Scranton   +2 more
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