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magnetic field around two repelling magnets
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expertise

electromagnetic field simulation.

Electric and magnetic fields are utilized in many types of devices, systems and applications , from antennas to wireless charging. We have the theoretical expertise and the simulation skills that are necessary to solve electromagnetic engineering problems. Electromagnetic fields are described by Maxwell’s equations, which we can solve for any geometry using finite-element analysis tools such as Comsol Multiphysics. Such simulations provide insight and can validate design specifications with a high accuracy. When optimizing a design, simulations are almost indispensable.

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from superconductivity to wireless power transfer.

  • Wireless charging
  • Inductive, capacitive and resistive devices
  • Magnetic shielding
  • Magnetic circuits
  • Magnetic forces
  • Superconducting systems and AC losses
  • Magnet quenching
  • Induction heating
  • Joule heating in resistive devices
  • Thermal behavior / modelling of coils
  • Plasma
magnetic field around a coil

careful and conscientious simulation approach.

In setting up a simulation, we are careful to take all significant physical phenomena into account, while ensuring that the simulation is not overly complex. Therefore, it is essential to have a good overview of all relevant physical effects and to be aware of their numerical implications. Setting up a simulation of a complex system can be quite challenging and time-consuming. A small mistake can easily provide unreliable results. We have many years of experience and are fully dedicated to conscientiously setting up, executing and evaluating simulations in order to help customers solve their engineering problems. This means that we deal with complex problems in an efficient and reliable manner, saving the customer’s time and money.
electromagnetic actuator design using FEM thermal force

curious how our electromagnetic simulations can help solve your complex engineering challenge?

electromagnetic FEM simulation using comsol of a wirelessly charged coilelectromagnetic FEM simulation using comsol of a wirelessly charged coil

wireless charging of a medical implant.

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schematic setup Mo-99 production with electron acceleratorschematic setup Mo-99 production with electron accelerator

how to handle 2 MW of power in a matchbox sized target.

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coupled electromagnetic and heat analysis of a coil using comsol multiphysicscoupled electromagnetic and heat analysis of a coil using comsol multiphysics

design and performance validation of a heating system.

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critical current superconducting coil leadcritical current superconducting coil lead

predicting the critical current in the lead of a superconducting coil.

Using a custom modified AV formulation we extracted the critical current of a superconducting lead in a superconducting coil.

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FEM analysis magnetic shielding electrical cables transformer station comsolFEM analysis magnetic shielding electrical cables transformer station comsol

magnetic shielding of a transformer station.

Designed magnetic shielding with the goal of reducing the magnetic flux density outside of the transformer station below the 100 µT level.

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Aero Space 2Aero Space 2

electrothermal model of a transition edge sensor (TES).

We supported Aqualung by aiding in the improvement of a membrane module using CFD simulations and membrane modelling.

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leydenjar technologies battery anodeleydenjar technologies battery anode

plasma simulations for plasma-enhanced CVD.

Discover how plasma simulations provide insight into plasma properties and the PECVD process for the production of silicon anodes.

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