Simulation and analysis

We have developed a set of fully automated modelling tools which perfectly fit into our design tools. These tools require minimum input and deliver a solution verified with experiments. Our modelling tools are based on finite elements.

Automation in our modelling tools

Building of geometry, meshing, setup of the analysis, implementation of the analysis and post-processing are all handled automatically.

Types of simulations incorporated into our modelling tools

  1. electromagnetic analysis:
    1. static
    2. dynamic
      1. time-domain
        1. linear and non-linear magnetic materials
        2. movement of components within the model
        3. various power sources
        4. calculation of losses
      2. frequency domain
        1. linear and non-linear magnetic materials
        2. various power sources
        3. calculation of losses
  2. thermal analysis
    1. static
    2. dynamic
  3. mechanical analysis
  4. coupled analysis:
    1. electromagnetic + mechanical
    2. electromagnetic + thermal
    3. thermal + mechanical

Depending on complexity of the task and required calculation speed we perform:

  1. 1D modelling based on lumped parameter networks
  2. 2D modelling
  3. 2.5D modelling based on multiple slices for handling skewed geometries 
  4. 3D modelling
  5. A combination of 1D, 2D and 3D modelling

Use of our modelling tools

As a part of a design tool 

  1. As a stand-alone modelling
    1. static
    2. dynamic
      1. time-domain
        1. linear and non-linear magnetic materials
        2. movement of components within the model
        3. various power sources
        4. calculation of losses
      2. frequency domain
        1. linear and non-linear magnetic materials
        2. various power sources
        3. calculation of losses
  2. thermal analysis
    1. static
    1. dynamic
  3. mechanical analysis
  4. coupled analysis:
    1. electromagnetic + mechanical
    2. electromagnetic + thermal
    3. thermal + mechanical

Depending on complexity of the task and required calculation speed we perform:

  1. 1D modelling based on lumped parameter networks
  2. 2D modelling
  3. 2.5D modelling based on multiple slices for handling skewed geometries 
  4. 3D modelling
  5. A combination of 1D, 2D and 3D modelling

The simulation tools are integrated in our design routines for verification purposes. However, simulation tools could also be used independently and even be integrated into a design process of the customer.