Maglev Trains Sloan Hazel.

Slides:

Advertisements

Similar presentations

Introduction to Transportation Systems. PART III: TRAVELER TRANSPORTATION.

Advertisements

Maglev Trains Trains that fly on air.. Presentation Outline How Transrapid works. How Transrapid works. Application information about Transrapid magnetic.

Shanghai Trans-rapid By: Brandon Camino. What is the Shanghai Trans-rapid?  The world’s first maglev (magnetic levitation) train  The fastest train.

Prepared by:  Ankit Chadha  Prathamesh Bhirwatkar  Pranav Bhedi  Pravin Chavhan  Ramchandra Cheke  Madhur Chavhan.

Electro Magnets What is an electro magnet? How does it work? Where are they used?

Ionic lattice structures high melting and boiling points only conduct electricity when ions can move huge lattice of ions ions held together by attraction.

Levitation? Dr. French, is this levitation?

Standard Transrapid Maglev System. Standard Titel Wheel-on-railElectromagnetic Levitation Guidance Propulsion Support Propulsion Guidance.

Colin Greenwood. What is it? Magnetic propulsion uses the concepts and applications of electromagnets in order to propel an object. This technology is.

The MAGLEV Alternative

Rail relative changes. Development in railways - The introduction of railways started with the invention of steam- powered locomotives in The.

FLL Smart Move Project Drew Brownlee Ensay Kim Jeffrey Mi Joshua Stanton-Savitz.

1. 2  Introduction  How does it work? - propulsion - suspension - advantages and disadvantages  Development of the concept  Present using  Future.

MAGLEV TRANSRAPID. WHAT IS MAGLEV? Maglev is a system of transportation that uses magnetic levitation to suspend, guide and propel vehicles from magnets.

L E V N E M O M A G A maglev train is a system of transportation that uses magnetic levitation to suspend, guide, and propel vehicles with magnets rather.

MAGLEV TRAINS Presented by:  EL KHOURY Jean English 25/02/07 Université Saint Joseph Faculté de Gestion et de Management 1 ère année.

The History, Principle and Benefits of the Magnetic Levitation Train Jan Novák Faculty of Mechanical Engineering University of West Bohemia.

A magnet is a material or object that produces magnetic field. This magnetic field is invisible and causes the most notable property of a magnet: a force.

“DESIGN OF ACTIVE MAGNETIC BEARING”

Florent colin Demba goundiam. The Technology  2 types of technologies are in use: ○ EMS ○ EDS  2 other types of technologies are studied - Indutruck.

Magnets Chapter 8.

Electromagnetic Fields. A magnetic field is an area where the forces of attraction from a magnet are working. An electromagnetic field has the same effect.

SCIENCE of MAGLEV Scientific Concepts Seen in Maglev Vehicles.

MAGLEV TRAINS Branch – EXTC 2 Semester – 2 Batch Group 2 Communication Skills.

 Maglev in shanghai  Speed ？  Recent record 581km/h(361mi/h)  Has the potential to run 6400km/h(4000mi/h)  Use electric power  Very safe.

Magnetically Levitated Trains (MagLev) Ravi Kumar Sahni M.E 3 rd yr

MAGLEV TRAINS BHAVIN PATEL SHITAL MUSALE KAVITA SURATI COMPILERS:

The Magnetic Levitation Train

23.5 Self-Induction When the switch is closed, the current does not immediately reach its maximum value Faraday’s Law can be used to describe the effect.

What is a Magnet?  Any material that can attract iron or any material that contains iron.

Introduction A Maglev train is a train that operates using magnetic levitation (thus called “Maglev”). Many countries already have a few maglev trains,

A SEMINAR ON ELECTRO MAGNETIC LOCOMOTIVES Indian Institute Of Information Technology Design & Manufacturing, Kancheepuram. By Sikharam Uday Kiran EDS12M008.

Maglev Trains Chad Parrott. Can a Train Fly? In some ways trains can fly. Mag- Magnetic Lev- (Levitation- “Rising into the air”) Floats 1cm above the.

Magnetically Levitated Trains

Student:Dun-Hao Syu Teacher:Ru-Li Lin Southern Taiwan University of Science and Technology Department of Mechanical Engineering.

Planes, Trains and Automobiles. What is the rate of the fastest automobile in miles per hour?

-magnetic levitation. By Tiffany Albertson. Maglev trains A few countries are using powerful electromagnets to develop high- speed trains, called maglev.

By Jon Rose & George Stanton. Loudspeakers use an electromagnet to create waves which turns into sound.

Chapter 3 Magnetism.

A SEMINAR ON MAGLEV.

MAGLEV TRAINS Trains that fly on air. PRESENTED BY DEBAJYOTI DUTTA (Team Leader) SUDIPTA ADHIKARY PAYEL MAJUMDER NIVEDITA SAHA RITAM DAS.

© 2015 Cisco and/or its affiliates. All rights reserved. Cisco PublicBRKDCT-2049 Future High Speed Transportation Praneedh Rajapaksha Technical Presentations.

 Maglev technology Maglev technology  Pros Pros  Cons Cons  Maglev in Italy Maglev in Italy  Images Images  Video Video FINE.

SHRI RAM MURTI SMARAK COLLEGE OF ENGINEERING & TECHNOLOGY BAREILLY Seminar on “MAGLEV TRAINS” Submitted To- Mr. Virat Bhambhe Submitted By- Bharat Kumar.

When a train is running here,a butterfly is sleeping on the way of the train,without any movement,what will happen?

Maglev Trains Trains that fly on air. Maglev Trains Trains that fly on air.

Bell Work Science SPI Electromagnets

SAI SUJAN PIRIYA 3RD YEAR CIVIL ENGINEERING GRIET-HYDERABAD

Magnetically Levitated Trains (MagLev)

Electromagnetic Fields

Unit 12 Magnetism.

1. If you travel at 10mph for 1 hour, how far do you travel?

Lesson 4: Magnetic Attraction and Repulsion.

High Speed Ground Transportation

Dylan McLarty & Tristan Gaddis August 3rd, 2012

Magnetic Levetation.

MAGLEV TRAIN Guideway To The New Journey Network Analysis Presentation

MAGNETIC LEVITATION TRAINS (MAGLEV)

MAGLEV TRAINS SEMINAR ON GUIDED BY: PRESENTED BY: Ms.SHIKHA BHARDWAJ

Swarastra Bhusana Mishra

Force and Motion Energy.

Electromagnetic Fields

MAGNETISM ELECTROMAGNETISM.

Test Friday Learning Targets 1-5

Electromagnetic Fields

Maglev Trains Trains that fly on air..

Magnetic levitation Max.

Maglev System Application: Transrapid in Shanghai

Presentation transcript:

Maglev Trains Sloan Hazel

Electromagnetic suspension (ems) German .This system uses electromagnets on the train body itself that are attracted to the iron guideway rails. systems works at all speeds and eliminates the need for a separate low-speed suspension system. Tolerance gap is only about 1 cm

Electrodynamic suspension (EDS) Japanese Instead of using the attractive properties of magnets, It used the repelling force of magnets. Japanese trains levitate nearly 10 cm above the guideway “lift off” after about 62 mph Wheels for this lift off and slow down speed

Benefits Reduced Friction Maintenance Speed Noise Energy Electric Green More Efficient

Liabilities Original Cost Initial Setup Estimate $8.5 Billion for US Weight strong magnetic field Large amount of energy and money Health risks

Shanghai maglev train Length: 30.5 km or 18.95 miles Time: 7 min Longyang Road (Downtown) to Pudong International Airport Top Speed: 501 km/h or 311mph (Speed Record in China) Operational Speed: 431km/h or 268mph

Video http://www.youtube.com/watch?v=rmsvzOV7iXM