Engineering design consultants offering engineering analysis resource to the manufacturing, engineering and scientific sectors

Eddy Current Brakes

Best Solution can make accurate performance predictions for those designing or developing eddy current brakes. The mechanical design methods we use are largely finite element based and can deliver detailed information on:

  • Torque vs. speed characteristics
  • Effect of temperature rise on performance
  • Effect of material selection on performance
  • Dynamic response to drive or load transients

In addition, our support can assist in the cost reduction or modification of existing mechanical designs.

“Best Solution can support engineers engaged in their own development programmes. We can provide advice and guidance on simulation technique, or more specific coaching on design methods for electromagnetic devices, materials, test and measurement.”

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Projects - Eddy Current Brakes
A Permanent Magnet Eddy Current Brake Schematic

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We enjoy helping our customers with an increasingly broad spectrum of modelling tasks. These continue to present new challenges, and have helped us to build an experienced team and a powerful set of simulation techniques.

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Finite element based tools are used in a range of applications in magnetic design ranging from a simple static force prediction for a solenoid, to a magnetic-structural analysis of a superconducting magnet during a quench.

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We enjoy helping our customers with an increasingly broad spectrum of modelling tasks. These continue to present new challenges, and have helped us to build an experienced team and a powerful set of simulation techniques.