Hyperloop Transportation System

Technology: Hyperloop Transportation System

Industry/Application: Hyperloop Transportation System, Railways, Cargo, etc.;

Market: The global Hyperloop technology market is projected to reach at a CAGR of 32.58% during the period (2024-32).

The problem statement discussed in the present invention is how to develop a topology where amplification and amplitude detection can be combined in a single block. .
Hence, subject invention addresses the issue efficiently.

Present patent related to a hyperloop transportation system for highspeed transportation of people and/or objects.
Said system comprises two or more tubes for movement of hyperloop pods within.
The two or more tubes may be connected with each other through a plurality of passageways by allowing flow of air streams through them for distribution of air flow pressure among the two or more tubes.
The passageways may be positioned at regular interval between the first tube & the second tube.
The passageways may comprise flow control valves installed on the passageways for controlling the flow of the air through the passageways.
The Hyperloop transportation system may further comprise an auxiliary tube for allowing movement of air through the plurality of passageways.
The hyperloop transportation system is also comprise a flow control valve installed on one or more of the plurality of passageways for relieving air pressure & minimizing interference between high-pressure air streams flowing through the two or more tubes.
The flow control valve may be actuated with a pre-programmed control logic.

The plurality of passageways may increase an effective cross-sectional area for flow of the high-pressure air stream in any of the two or more tubes
The plurality of passageways may be positioned at an
inclination angle from the two or more tubes, (range from 5 degrees to 90 degrees)
The plurality of passageways may be in one or more of circular shape, rectangular shape, square shape, oval shape, elliptical shape, & non-circular shape.
The passageways are configured with mild steel, stainless steel, medium carbon steel, alloy steel and/or composite material including fibre-reinforced plastics, concrete, Aluminium(Al) & alloy of Al.
An effective blockage ratio of the Hyperloop transportation system is reduced without increasing the hoop stresses on the multiple tubes.

Offers benefit by reducing the capital cost & reduction of operational cost by decreasing energy requirements of the hyperloop transportation system.

Prof. Charavarthy S.R

Prof. Muruganandam T M

Department of Aerospace Engineering

TRL-6

Technology demonstration in relevant environment

Technology Transfer