Responses are predicted for several kinds of guideways subjected to the constant, transit pressures of levitation-type vehicles. The studies include: Stresses in subterranean tunnel liners with alternative vehicle support structures; comparative dynamic efficiencies of simple and two-span elevated guideways with several distributions of transit loads; dynamics of multiple, flexible post and rigid panel guidance walls; dynamics of segmented (open-jointed) guidance plates and of continuous plate strips with arbitrary foundation restraints; responses to transit moments of plate-type levitation surfaces on elastic foundations; and applications of these dynamic theories in determining stresses for alternative at-grade guideways of current importance.
Dynamic Stability and Stress Analysis of Alternative Guideways for Levitation Vehicles
1973
232 pages
Report
No indication
English
Road Transportation , Rapid transit railways , Ground effect machines , Dynamic structural analysis , Stress analysis , Tunnel liners , Subsurface structures , Loads(Forces) , Beams(Supports) , Columns(Supports) , Foundations , Walls , Finite difference theory , Computer programs , Control , Guideway transportation , Elevated guideways , At grade guideways , Guideways , Air cushion vehicles , Levitation vehicles
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