Force on Magnet from Electromagnet

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SUMMARY

The discussion focuses on calculating the force exerted on a Neodymium magnet by an electromagnet within a plastic pipe. Key factors influencing this force include the number of turns in the coil, the length of the coil, and the amperage applied. Participants emphasize the complexity of magnet interactions, suggesting that numerical simulations may be necessary to accurately determine the force by analyzing energy gradients in the magnetic fields at various positions.

PREREQUISITES
  • Understanding of electromagnetism principles
  • Familiarity with coil design and parameters (number of turns, length, amperage)
  • Knowledge of numerical simulation techniques
  • Basic concepts of magnetic field energy and gradients
NEXT STEPS
  • Research numerical simulation tools for electromagnetism, such as COMSOL Multiphysics
  • Study the principles of magnetic field energy calculations
  • Learn about the gradient method for force determination in magnetic fields
  • Explore advanced coil design techniques for optimizing electromagnet performance
USEFUL FOR

Engineers, physicists, and hobbyists involved in electromagnet design, magnetic field analysis, and those seeking to optimize the performance of magnetic systems.

aarothepharo
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Hello Everyone:
Take a look at the following diagram
33o5c7l.jpg

Assuming the coil build above. How would you determine the force pushing-pulling the Neodymium Magnet in the center of the plastic pipe. I know the number of turns, length, amperage are in effect.
 
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Forces between magnets are problems that are easy to write down but hard to solve. Depending on the setup, there might be some approximation that makes it easier. The general case: work out the energy in the fields for different positions (probably needs a numeric simulation), the gradient gives the force.
 

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