Magnetic levitated train - Principles,Design,Operation and Construction - Franz Nichole A. Salomon

1. MANUFACTURING PROCESSES:
MAGLEV TRAIN
Franz Nichole A. Salomon

2. 10/20/15
SCI-FI MOVIES

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5. How fiction puts the science in engineering ?
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6. IRON MAN

7. EXOSKELETON
TECHNOLOGY

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9. ARTIFICIAL INTELLIGENCE AND SOFTWARE
ENGINEERING

10. SIRI – IPHONE APP

11. MIND CONTROL
TELEKINESIS

12. ‘Telekinesis’ Helmet
- A brain-machine interface system
that allows users to move devices
with thoughts.

13. This Guy Just Built a Mind-Controlled Robot

14. SUPER STRENGTH

15. Robotic suit gives shipyard workers super
strength

16. FLYING

17. Swiss pilot Yves Rossy develops his flying
wing, powered by miniature jet engines.

18. Rideable Fighting Robot
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19. Kuratas is a rideable and user-operated robot built
by the Japanese company Suidobashi Heavy
Industry.
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20. LEVITATION

21. • Video presentation

22. Maglev Technology
Maglev=Magnetic + Levitation

23. Magnetic Levitation
•is a method by which an object
is suspended with no support
other than magnetic fields.

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27.
Magnetic force is used to
counteract the effects of the
gravitational acceleration and
any other accelerations.
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28. REPUSION
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29. ATTRACTION
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30. WHY?

31. Levitation = No contact =No friction = No power loss
= Increases efficiency
No contact = No friction = No wear
= Reduce maintenance costs

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The magnetic levitation technology can
be used as highly advanced and
efficient technology in the various
industrial applications.

33. APPLICATIONS:
•Clean energy

34. •Aerospace

35. 35
•Toys

36. •Weapons

37. •Transportation

38. MagLev Train
• uses noncontact magnetic levitation,
guidance and propulsion systems and
have no wheels, axles and transmission.

39. - Driving Without Wheels –Flying
Without Wings
- It doesn’t roll - It hovers .

40. Electricity and Electronics –Instead of
Mechanics

41. WHY
?!

42. •Rapid growth of populations
and the never ending demand
to increase the speed of travel
has always been a dilemma
for city planners.

43. • Current land transportation is slow
• Land speed is limited by friction
• Flying is expensive
• Air and land travel takes up a lot of
fuel.

44. MAGLEV TRAIN VS OTHERS
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45. SPECIFIC ENERGY
CONSUMPTION (watt-hours / seat – kilometer)
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46. OVERALL SYSTEM MAINTENANCE COSTS
(cent / seat –km)
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47. CO2 Emission
(grams per seat – km)
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48. EVERYDAY NOISE 10/20/15

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It is the first fundamental
innovation in railroad technology
since the construction of the first
railroad.

50. 14 February 1905
-Early United States patents for a linear
motor propelled train were awarded to
German
inventor Alfred Zehden. The inventor was
awarded U.S. Patent 782,312 .

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54. Types of Maglev
1. Electro magnetic Suspension
-Attractive
2.Electro dynamic Suspension
-repulsive
Techniques

55. Basic Principle of Maglev Trains
1.Levitation 2.Propulsion
3.Guidance

56. EMS SYSTEM

57. LEVITATION
•attractive forces created
between the train and the
track.

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61. GUIDANCE
• functions according to the principle of
electromagnetic levitation.
• guidance magnets keep it laterally on
track.

63. PROPULSION
The synchronous longstator linear
motor of the maglev system is used
both for propulsion and
braking.

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67. MAGLEV TRAIN:
ANIMATED EXPLANATION
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68. Shanghai Maglev Train,
also known as the Transrapid.
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69. Transrapid Shanghai Project

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SIEMENS ThyssenKrupp Transrapid
International
• propulsion system
•power supply
•Operation control
system
•communication
systems
•conductor rails.
•Vehicles
•Propulsion component
•Guideway equipment
• Systems
engineering
• system integration
•Maintenance
support
WORK BREAKDOWN STRUCTURE

72. FOUR MAJOR COMPONENTS OF
MAGLEV VEHICLE :
-Vehicle
-Guideway
-Control system
-Power system
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73. CONTROL ROOM
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74. Eleveted Guideway

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78. Different Guideway types :
- Steel
- Concrete
- Hybrid
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79. Hybrid Guideway
- Pre-stressed Concrete Beam as
main structure
-The functional modules and
brackets are made of Steel
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81. Guideway Manufacturing
- Modular Construction Method
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82. fabrication of the pre -stressed concrete girder
The production of the concrete girder is based on
stationary formwork systems with automatically
adjustable formwork components. The different
production steps run according to a specified
schedule. The production process is based on the
following steps:
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- installation of the pre-stressing
reinforcement
- insertion of the inside formwork
- concreting, compacting and
smoothing of the girder

84. Drilling for mounting points , grinding
Cutting/Shaping , of the raw materials
by robots , CNC saw and five-axis CNC
milling .
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85. Installation and adjustment of the
brackets
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86. SHOT BLASTING OF THE GIRDERS
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Shotblasting is a method used to clean,
strengthen (peen) or polish metal.

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Automatic assembly by means of
robots

88. Transport of the girders to the
Transrapid
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Installation of guideway
•

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91. Carbon Fiber Plastic Reinforced
Manufacturing
is an extremely strong and light fibre-reinforced
plastic which contains carbon fibers.
can be expensive to produce but are commonly used
wherever high strength-to-weight ratio and rigidity are
required
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92. Automated fiber placement (AFP)
machines
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93. Chassis
Body
Paint
Interior assembly
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94. On assembly lines, much of the
work is now done by robots rather
than humans. In the first stages of
vehicle body manufacturing,
robots weld the floor pan pieces
together and assist workers in
placing components onto the
chassis.
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