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Air Bag Development and Performance

Follow the fascinating development of the automotive air bag - from its introduction to the latest advances - in this comprehensive collection of papers from both SAE and other professional sources, complete with informative diagrams, graphics, and charts.

As early as the 1930s, air bag-like mechanisms were being patented for possible use in automobiles. Just a decade or two later, devices resembling modern-day air bags were developed, including John Hetrick's inflatable single-bag system (U.S. Patent 2,649,311, patented in 1953) and H. A. Bertrand's multiple-bag system (2,834,606, patented in 1958). Interest in the automotive air bag has increased ever since, booming in recent years. Of the 3,000-plus patents currently related to the air bag, 2,500 have been filed since 1996.

Air Bag Development and Performance: New Perspectives from Industry, Government and Academia begins with five chapters - one each from Editor Richard Kent and the collection's four Associate Editors - offering the authors' unique perspectives on the history, development, or performance of these important safety devices. Approximately 50 selected SAE, government, and other papers are also provided in their entirety, along with the titles and abstracts of about 90 other papers (listed as recommended reading) and the titles of some 600 related papers for further reference (included in a bibliography at the end of the book).

Contents include:

  • Federal Air Bag Legislation
  • Air Bag Development
  • Laboratory Performance of Air Bags - Occupant Restraint
  • Laboratory Performance of Air Bags - Occupant Injuries
  • Field Performance of Air Bags



Published By: SAE International
Pages: 870
36 Papers   See List
Binding: Hardbound
Product Code: PT-88
Product Status: Cancld-Limited Stock
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Richard W. Kent

Richard W. Kent is a Research Assistant Professor in the Department of Mechanical and Aerospace Engineering (MAE) at the University of Virginia. He received his Ph.D. from UVa in 2002 after receiving his M.S. in Mechanical Engineering in 1997 from the University of Utah. Dr. Kent was named the SAE Doctoral Scholar for 1999-2001, and also received the NASA GSRP Fellowship to support his Ph.D. studies on restraint system performance. Prior to joining the MAE Department at UVA, Dr. Kent spent 8 years at Collision Safety Engineering in Orem, Utah, where he evaluated restraint systems and vehicle crashworthiness in the field. His current research focuses on thoracic injury and how factors such as musculature, restraint condition, aging, and load distribution influence the structural and injury response of the thorax. The validity of injury criteria and dummies for the assessment of injury risk with diverse restraint types is of particular interest. Dr. Kent is a member of SAE, the Association for the Advancement of Automotive Medicine, Sigma Xi, and ASB. He is a member of the Scientific Programming Committee of the Association for the Advancement of Automotive Medicine and the Occupant Protection Committee of SAE. He is a past organizer of the Air Bags Technical Session at the annual SAE Congress and is the current co-organizer of the Biomechanics Technical Session. His work has won several awards, including the Stapp Best Student Paper award, and he was recently named Best Young Researcher by the International Research Council on the Biomechanics of Impact (IRCOBI).

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Air Bag Development and Performance

ISBN: 978-0-7680-1119-7
Related Titles
Automotive Safety Handbook, Second Edition
by:
Lothar Wech
Ulrich W. Seiffert

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