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INTEVEP, S.A., Caracas, Venezuela, ASCE J. Engrg. Mech., U0_ (3). pp 433-448 (Mar 1984) 7 figs, 1 table, 25 refs
Key Word*: Off-*hore *tructure*, Interaction: itructura-fluid. Hydrodynamic excitetion
The extenston of Morison'* equation to allow for atructural motion in pradicting tha hydrodynamic forca on offahore steeł jacket platformę may ba baaad on two dłffararrt hypoth-aaaa: tha reiatfve vek>city moda! which replecat tha fluid valocity by tha relativa vałoclty between tha fluid and tha structure; and tha indapandant flow fialde model which considare tha flow to ba a auparpoeition of two unrelated flows, ona dua to tha wsve-current action on a rlgid cylinder, and tha other dua to tha etructural motion in etill wat er. An łterative computational procedura that comblnae tima domain and fraquancy domain analyeie tachniquat ie davel-opad to ao!ve tha nonlinaar govarnir»g aquatk>ne for both modałe. Compariaon studia* ara carried out for eaastatas ranging from tha drag dominant through tha inertia dominant rag im a*.
D.S. Cohen, E. Jettner. and W.E. Smith
Natl. Highway Traffic Safety Admn., SAE Paper No.
820243 (SP513)
Key Word*: Collieion raeaarch (automotive)
Thit pa par eddresse* tha protection of occupante in light yehicle*. It praaant* data and techniquee for idantifying and meaturing potential cra*hworthina*a improvamant» that would mitigate injuries to occupant* striking frontal interior componant* auch a* tha ctaaring wheeł, instrument panel and windshield. Tha focu* of thi* pa par i* on tha unrestrained occupant. Information i* preeented on tha magnitude and typa* of injuries received from frontal interior componant* and on how tha performance of these componant* and tha yehicle structure affect tha resultant injuries.
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YEHICLE SYSTEMS
A. Burgett and W. Brubaker
Natl. Highway Traffic Safety Admn., SAE Paper No. 820245 (SP513)
I Also see No*. 1637, 1638,1639.1731)
A.C. Malliaris and J.Hedlund
Natl. Highway Traffic Safety Admn.. SAE Paper No. 820242 (SP-513)
Key Word*: Colllsion raeaarch (automotive)
Thi* pa par preaent* tha mathodology and ratultt of an anelysis of tha avallabla Information on motor yehicle eafaty which could ba uead to provida a besis for astabiishing priorłties for futura Govarnmant and priuate sector afforts diractad at anhancad craah protection. Thi* study usas tha National Highway Traffic Safety Admini*tration'*automatad data fila* on personel injury as tha baseline Information on injuries sustainad by restrained and unrestrained occupant* of all typa* of yehicle*, and by pedestriens and cyclitts. Thit Information i* enalyzed eccording to tha magnitude of herm sustainad. tha potential for reduction in harm, and tha rałatiya adaquacy of data and methods ayałlabla for tha expk>ration of Solutions.
Key Word*: Collision research (automotiva)
Collbion related injuries associated wrth the side of petsenger yehicle* are a major part of tha price of motor yehicle ecci-dents. Thraa methods for evaluating the crash-related safety charactaristics of the side* of motor yehicies ara examinad. Ona mathod usas a full-scale crash test for tha avaluation of performance. A second mathod usas subsystem, or compo-nent, test* and the third mathod relies on analytical procedurę* for the eyaluation.
S.P.F. Petty and A.G. Chatfield
Transport and Road Res. Lab., Crowthorne, UK,
Rept. No. TRRL/LR-1087, 15 pp (1983)
PB84-142561
Key Word*: Safety rettraint system*, Wheelchair*. Ta*ting techniguas, Dynamie test*
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