This document discusses Hyperloop, a proposed mode of transportation introduced by Elon Musk. Hyperloop involves levitating passenger pods that accelerate through low-pressure tubes via electromagnetic propulsion and glide at airline speeds. It aims to be faster, cheaper, and more energy efficient than existing modes. The document outlines how Hyperloop would work, including its use of linear induction motors, air bearings, and solar power. It also discusses proposals to build a Hyperloop connecting Mumbai and Pune in India that could transport passengers between the two cities in 25 minutes. Mechanical engineers would play an important role in designing Hyperloop's propulsion, levitation, and other systems.

1.  NAME OF THE STUDENT : DINESH NAIDU KANDI
 NAME OF THE COLLEGE: K L UNIVERSITY
 BRANCH : B.TECH MECHANICAL ENGG.
 YEAR : 1 st YEAR

3. WHAT IS HYPERLOOP
 Hyperloop is a new mode of transport being
both fast and inexpensive for people and goods.
 It is fifth generation mode of transport.
 It is proposed by ELON MUSK American
business magnete , iventor and investor.
 It is a high speed train that promise to travel at
twice the speed of an commercial air-craft.

4.  This system more likely to be a solution
today’s transportation system problems like
time, environmental impact and its cost.
 Hyperloop is an eco-friendly transportation
system as it doesn’t emit any carbon
compounds or other pollutants.
 It is a pneumatic tube based transportation
system in which a levitated capsule runs
through a tube at higher speeds up to 1200
kmph.

5. INTRODUCER
 ELON MUSK is the introducer of
the concept of hyperloop.
 He is the co-founer and CEO of
Tesla and Space X.
 He is a billonare.
 He funded many projects.

6. HOW IT RUNS
 1) The passenger capsules aren't propelled by air
pressure like in vaccuum tubes, but by two
electromagnetic motors. It is aimed to travel at a
top speed of 760 miles per hour.

7.  2) The tube tracks have a vaccuum, but not
completely free of air.
 Instead, they have low pressure air inside of them.
 The air compressor in front takes in and releases
the air from back and also it powers levitation.
 This process reduces air drag forces and make its
to achieve high speeds efficiently at lower power
compared to present high speed rail systems.
 The solar panels above tube helps to power the
motors.

8.  3) Air bearings helps to levitate the capsules above
the surface of the tube to reduce friction. In some
other designs magnetic levitation is also used to
lift the capsule in air.

9.  4) The Hyperloop uses a linear induction motor to
accelerate and decelerate the capsule. There are
several designs of hyperloop by different
companies as the concept is open source.

10. HOW FAST IT IS

11. RUNNING OF HYPERLOOP
Please click on the video

12. ADVANTAGES OF HYPERLOOP
 It is immune to weather
 It is sustainable (uses solar energy)
 It is self powering
 Eco Friendly
 Earth quake resistant
 It is faster than other means of transport

13. ROLE OF MECHANICAL ENGINEERS IN
DESIGNING HYPERLOOP
 It is purely a Mechanical Enigineering art.
 Designing and analysis of components and systems for
various Propulsion systems.
 Working with internal teams and external team of
vendors to execute the job within time.

14. HYPERLOOP IN INDIA
 The first step under the agreement between Hyperloop and
the Indian government, announced by Hyperloop chairman
Sir Richard Branson.
 A deal has been signed that paves the way to build what
could be the world's first hyperloop track in the Indian state
of Maharashtra.

15.  A Route was proposed between Mumbai and Pune.
 The Pune-Mumbai hyperloop route will be an
economic catalyst for the region and create tens of
thousands of jobs for India's world-class
manufacturing, construction, service, and IT
sectors and aligns with Make in India initiatives.
 It takes just 25 minutes to travel from mumbai to
pune by hyperloop.
 This project will begin with a six-month in-depth
feasibility study.
 which will analyze and define the route,
examining issues such as the environmental
impact, economic and commercial aspects.

17. CONCLUSION
 Hyperloop contributes for an eco friendly
transport mode.
 It helps in faster transportation which carry
passengers as well as cargo.
 As it is still in developing stage there is a lot of
scope for its future development.
 Many companies are working on this project.
 Its experimental test was also conducted which
was success.
 For cleaner and greener transportation system
Hyperloop is necessary.

18. REFERENCES
 • Musk, Elon (August 12, 2013). "Hyperloop Alpha".
SpaceX. • “Hyperloop” ,Wikipedia.
 • Garber, Megan (July 13, 2012). "The Real iPod: Elon
Musk's Wild Idea for a 'Jetson Tunnel' from S.F. to
L.A.". The Atlantic.
 • "Beyond the hype of Hyperloop: An analysis of Elon
Musk's proposed transit system".Gizmag.com. August
22, 2013.
 • hyperlooptransp.com/
https://lintvkrqe.files.wordpress.com/2014/12/cr
owdstorm.pdf
 https://www.youtube.com/watch?v=MU4LTv_eNgQ

19.  ANY QURIES , SUGGESTIONS ARE ACCEPTED.
 E-MAIL ME AT : dinesh.kandi123@gmail.com