Rail vehicles

1. Rail vehicles Name: You-Liang Guo Kun-Cheng Lin Number : 49912096 49912041 Instructor : Ru-Li Lin Southern Taiwan University of Science and Technology Department of Mechanical Engineering Automatic Control Division

2. Directory • History • Prophase Power • Power Systems • Bogie • Maglev Train • Compare train types • Taiwan Railway • Taiwan's railway history evolution • Future Technology • Film Shows • Reference Source

3. History • The first steam locomotive was manufactured by the British Richard Trevithick, and the first on February 21, 1804 on a test track. • 1840s, started using robotic plate number machine. In 1857, people began to use more robust than wrought iron rail tracks. 1863, London, England built the first underground railway. • In 1864, George ‧ M ‧ Pullman sleeper design a new car. In 1879, the world's first electric trains start running.

4. Prophase Power • The initial train is pulled by a rope or horses. In the nineteenth century, most of the trains were replaced by steam locomotive traction. After the 1940s, steam locomotives gradually replaced by cleaner and requires less labor diesel locomotives, electric locomotives and later appeared EMU. • Electrified railway initial investment is large, but it is calculated per in the lowest operating cost. Therefore, it is only suitable for high-traffic lines electrified. Electrified trains may use third rail or overhead cables to take power.

5. Minimum steam locomotive performance, followed by diesel locomotives (electric drive high efficiency hydraulic transmission ratio), electric locomotives or EMUs contrast, the more the economy. Because the kinetic energy without consuming additional power generating traction engine.

6. Power Systems • From the early steam train, the use of burning coal to generate power to drive the train, but the disadvantage is that the environmental impact will produce a lot of burning, so will now evolve into electricity used to power.

7. Aerial tram line:has only one electrode wires, electric locomotive to take power through a pantograph, and then through a metal wheel-rail back to the grid.

8. The third track:the concept is powered rail trains outside two tracks, plus live tracks, electric train collector device touch and glide on the live tracks, the power transmitted to the train, rail power supply system voltage than the overhead catenary system is small, the third rail system can only provide up to about 1500 volts DC.

9. Bogie • Is the most important railway vehicle parts. • Running along the railroad tracks, guiding the vehicle through corners • Decided to ride comfort and stability

10. Primary suspension: spring caused by the use of steel, has the advantage of supporting the spring force, but it is easy to rust, metal fatigue occurs.

11. SecondarySuspension:Arising from reliance on air power to supporting weight, compressed air from the main air supply hose, and by adjusting the pressure in the valve control airbags.

12. Maglev Train • By a magnetic force (ie magnetic attraction and repulsion forces) to promote train. Because of its orbit so that the magnetic force in the air suspension, without touching the ground when walking, so the air resistance of the resistance only. Maximum speed maglev train can reach more than 550 km per hour

13. Maglev Train • Attractiveness of the vehicle using magnets to float the train, with the lower part of both sides of the "T"-shaped rail vehicles surrounded on both sides of the rail. With a strong magnetic force in the lower electromagnet turn portion of a vehicle surface, a bottom guide plate is provided. On steel, the electromagnet next.

14. Compare train types • 1

15. Taiwan Railway • Taiwan Railway Chong Qing dynasty thirteen years (1887) as advocated by the governor Liu Ming-chuan, Liu is with vision, ability and insight of both the military politician, a time when the Qing government conservative, strongly oppose Hing building railways, railways are being demolished Songhu occasion, insight railroad defense, politics, economy, culture important, is repeatedly petitioned the Qing government, and was in favor of Zhili Governor Li insurance quote before they approved to Hing Building.

16. Taiwan's railway history evolution Steam locomotive Passenger vehicles Diesel-electric locomotives Diesel buses Passenger trains High Speed ​​Rail

17. Future Technology • Train transportation vehicle emissions less than one-third of the land. Seven per cent of the burden of train traffic, only 0.2 percent of carbon monoxide emissions, two hundredths of one percent of the nitrogen oxides and various organic compounds. Currently most of the world rely on diesel train engines affects, but the future will use non-polluting emissions than the power train.

18. Film Shows

19. Reference Source • http://www.thmalex.com/railway/chi/bogie.html • http://zh.wikipedia.org/zh-hk/%E9%9B%BB%E6%B0%A3%E5%8C%96%E9%90%B5%E8%B7%AF • http://zh.wikipedia.org/zh-tw/%E6%8E%A5%E8%A7%A6%E7%BD%91%E4%BE%9B%E7%94%B5 • http://zh.wikipedia.org/zh-tw/%E7%A3%81%E6%B5%AE%E5%88%97%E8%BB%8A • http://www.k-review.com.tw/2008/10/01/712 • Wikipedia • Google Train Image Search • http://search.railway.gov.tw/museum/story/story.htm • http://search.railway.gov.tw/museum/train/train.htm

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