Author(s)

Ehsan Ahmadi, PhD Nicholas A. Alexander, PhD Mohammad M. Kashani, PhD

 

Abstract

The next generation of ultra-high-speed (UHS) trains, known as Hyperloop and TransPod, are aerospace type vehicles designed to carry passengers.

The UHS employs a vehicle capsule within a protected vacuum tube deck, supported by reinforced concrete piers (i.e. multi-span viaduct). The tube environment allows multiple UHS vehicles to run in parallel simultaneously (i.e. twin tube deck) where asymmetric train loading will result in a large dynamic unbalanced moment on the piers.

Therefore, exploring the lateral dynamic interaction of bridge deck (twin tube) and piers under such an unbalanced moment is an extremely important factor for the analysis of viaducts under dynamic UHS train loading.

Keywords

bridges dynamics railway systems

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