Mag Lev Trains

The basic concept of the magnetic train mechanism is very simple. There is a magnet at the bottom of the train. Each magnet faces in exactly the same direction, and both poles face the same direction. As you know when you play the magnet, you always want to push against the opposite charm and similar things. The track on which the train is riding is aligned with these magnets, and the same magnet faces the train. This will create an air cushion between the train and the track. The forward motion of these magnetic trains resides in the magnetic thrust of the truck.

Compare this to the proposed ultra high speed or magnetic train. Currently, US passenger trains are pretty much full with 200 mpg fuel consumption per gallon but are rarely full, and when the speed is faster, the mpg may be lower. Currently, 70 to 80 mph of train takes 20 hours from Detroit to New York. This is because traveling a long distance often stops to explore major cities bypassing the lake. Even if the train travels 150 passengers along the 750-mile route, a 750-mile trip will use 5 gallons per passenger, $ 15 for the above flight less than $ 20. This can save you five dollars, but the passenger's service life will take about 20 hours. Even if the speed doubles, it will take 10 hours including the parking lot. For most people, this is not worth saving $ 5. Furthermore, in rail transport, it is almost impossible to save costs, you need to include rail and rail maintenance costs as well as land cost.

Due to the technology used, German Transrapid TR - 09 is slightly different from other TR - 09. It can be regarded as a monorail train using mag-lev technology. With a maximum speed of 279 mph, this train is one of Europe's fastest trains in Europe as well as in Europe. AGV Italo in Italy is designed to meet the comfort and safety of passengers while taking environmental issues into account. It is made from recyclable material and saves 20% more energy than other trains. It has a maximum speed of 224 mph and is considered one of the safest trains for its advanced passenger protection in the event of a collision.

Instability is one of the biggest limitations of high speed ground transport. Have you ever encountered turbulence in an airplane? Imagine now whether it will happen on orbit! If your speed goes fast enough you do not need airflow from the wind to create instability, you can make your own water flow. Sound may also cause this instability. Behind the train, I added kitchenware: filters. Its purpose is to reduce the turbulence in the wake, break the vortex and reduce the instability of the airflow. There could be only one or several continuous filters. They can be fixed or rotated. Like a monkey, it can be pulled or pushed independently by the connection point with the train. Noise cancellation and other stabilization strategies can also be used.