Build a Maglev= (Magnetic levitation) train for a science project

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Discussion Overview

The discussion revolves around building a magnetic levitation (Maglev) train for a science project, focusing on the programming and control aspects necessary for its operation. Participants share their experiences and suggestions regarding suitable software and coding solutions to manage the magnetic fields for propulsion.

Discussion Character

  • Technical explanation, Homework-related, Debate/contested

Main Points Raised

  • Lisa describes her project setup, including a track with coils and permanent magnets, and seeks advice on programming to control the current and magnetic poles.
  • Some participants suggest using MATLAB or LabVIEW for programming, noting that LabVIEW requires a NAQ card for control.
  • Marlon emphasizes the effectiveness of MATLAB, claiming to have previously simulated a Maglev train using it and offers to share his code.
  • Lisa expresses urgency in receiving the code due to time constraints and logistical issues with ordering parts.
  • Another participant mentions the possibility of using hardwired circuits instead of programming, while also acknowledging the cost of LabVIEW as a potential drawback for a school project.
  • There is a discussion about the feasibility of completing the project within the given timeframe, with some participants questioning the adequacy of the time available.

Areas of Agreement / Disagreement

Participants generally agree on the use of MATLAB and LabVIEW as potential programming solutions, but there is no consensus on the necessity of code versus hardwired circuits. The urgency of the project timeline also raises concerns among participants.

Contextual Notes

Participants express varying levels of familiarity with the software and hardware required, and there are unresolved questions about the accessibility of necessary tools and components for the project.

Who May Find This Useful

Students and educators involved in science projects related to engineering, programming, and physics may find this discussion relevant.

Lisa...
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Hi there,

I need to build a Maglev= (Magnetic levitation) train for a science project. I already build a track with coils and permanent magnets, but unfortunately my teacher doesn't know which computer program is suitable to switch the current whenever it's needed along with the north and south magnetic poles so that the train will keep on moving forward. Do you have any ideas?

Regards,

Lisa
 
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Lisa... said:
Hi there,

I need to build a Maglev= (Magnetic levitation) train for a science project. I already build a track with coils and permanent magnets, but unfortunately my teacher doesn't know which computer program is suitable to switch the current whenever it's needed along with the north and south magnetic poles so that the train will keep on moving forward. Do you have any ideas?

Regards,

Lisa

Try MATLAB or LabVIEW.
LabVIEW is a program you can use to control instrumentational, but you will need a NAQ card.

Unfortunately I don't know if you can acquire these programs easily, I used them in university, so I'm not sure how easy you can get them in your school.
 
DEFINITELY USE MATLAB MAN...

Besides, in college, i also had to simulate a Magnetic Levitation train and all work was done in matlab. I happen to have the code right here ...mmm... :wink:

marlon
 
@ marlon: Thank you for your help. Of course I would really appreciate it if you will be so kind to mail me the code, because I really need to finish my project within 2 weeks and I'm afraid it will take a while before the parts I ordered will arrive at school. You see, I live in the Netherlands and here I cannot order the magnets I want, so they need to arrive by airmail from Switzerland. In the meantime I'm struggling writing my survey in English :rolleyes: I'll really be very grateful to you if you could help me out o:)
 
No problem. Give me some time to write them down and i will send you a pdf-file per email, ok ? I will do it some time tomorrow...

regards
marlon
 
How long is it going to take you?
 
Well what have you done up till now ? Please show me your results and i will check them out for you. I cannot post the entire code for you , but i sure can and will help you out if necessary


regards
marlon
 
Well actually I hoped to get some ideas from your code, because I really haven't figured the whole programme out yet.
 
Tell me your problems and we shall continue from there. How about that ?

marlon
 
  • #10
You may not even need code, but could do it using hardwire circuits. Though I admit LabVIEW is great(I programmed in it for 3 years) the cards and software are a little pricey for just a science project. 2 Weeks is also not very much time..
 

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