engineering behind hyperloop

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[Hyperloop Transportation Technology] The hyperloop is designed to be faster than any other commercial mode of transportation currently available

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Page 1: Engineering Behind Hyperloop

[Hyperloop Transportation Technology]

The hyperloop is designed to be faster than any other commercial mode of transportation currently available

Page 2: Engineering Behind Hyperloop

Capsule

Tube

Propulsion

The hyperloop is a new mode of transportation that works on three main components

Page 3: Engineering Behind Hyperloop

CAPSULE

Page 4: Engineering Behind Hyperloop

The capsule is a sealed vessel that transports people along the inside of the tube with the help of various components

[SpaceX]

Suspension Skis

Page 5: Engineering Behind Hyperloop

The two main components that help the capsule float in the air is the compressor and the air bearing suspension

COMPRESSOR

Compressor

Suspension

Page 6: Engineering Behind Hyperloop

The compressor helps the capsule travel through the narrow tube without choking of air flow within the tube

Compressor Air to air bearings

[SpaceX]

Page 7: Engineering Behind Hyperloop

The compressor also supports the weight of the capsule by supplying air to air bearing

Compressor

Page 8: Engineering Behind Hyperloop

At high speeds, the suspension formed by air bearing skis depend on aerodynamic mechanisms

[Ansys Inc. ]

Lifting Force

0.05°

Page 9: Engineering Behind Hyperloop

At lower speeds, the suspension formed by air bearing skis depend on external pressure bearings

[SpaceX]

Page 10: Engineering Behind Hyperloop

TUBE

Page 11: Engineering Behind Hyperloop

Hyperloop tube connects Los Angeles and San Fransisco

[cdn.topsecretwriters.com]

Page 12: Engineering Behind Hyperloop

Tube geometry is very important as a track and for maintaining airflow

[industrytap.com]

Page 13: Engineering Behind Hyperloop

[fronius.com]

Tube construction is important to provide sufficient strength

Page 14: Engineering Behind Hyperloop

The ratio of capsule/tube area maximizes the speed of airflow

36%

Page 15: Engineering Behind Hyperloop

Airflow within tube is due to the speed of air passing through the gaps

[howthingsfly.si.edu]

Page 16: Engineering Behind Hyperloop

Closed loop tube will be mounted side by side on elevated pillars

[Gigaom.com]

Page 17: Engineering Behind Hyperloop

Propulsion

Page 18: Engineering Behind Hyperloop

A Linear induction motor help the capsule propel forward

[northeastmaglev.com/the-train]

Page 19: Engineering Behind Hyperloop

Isometric view of Linear Induction Motor in the Hyperloop

[SpaceX]

Page 20: Engineering Behind Hyperloop

Top view of magnetic field strength inside the linear induction motor

Page 21: Engineering Behind Hyperloop

In conclusion, the hyperloop might become the fastest mode of public transportation in the coming years

Capsule

Tube

Propulsion

Page 22: Engineering Behind Hyperloop