CENOS Documentation

CENOS Documentation

  • CENOS Home
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›Getting Started

Getting Started

  • CENOS overview
  • Templates
  • Using CAD files
  • Tips and Tricks

Tutorials

  • Induction Heating Templates
  • 2D Stepped Workpiece
  • 2D Scanning of Transmission Shaft
  • 3D Single Shot
  • 3D Spur Gear Hardening

FAQ

  • Frequently asked questions

How To

  • Creating 3D CAD models
  • Fluxtrol thermal calculation
  • From CAD
  • Geometry parameterization
  • How to make good CAD
  • How to run multiple simulations
  • Large rotating workpieces
  • Result evaluation
  • Scanning applications
  • Stranded Coil/Litz wire
  • Field expressions
  • Mesh : Overview
  • Mesh : Extrusion
  • Estimate effective μ
  • Movement : Scanning
  • Movement : Rotation
  • Phase change calculation

Explained

  • Algorithms
  • Mesh quality : Aspect ratio
  • Mesh quality : Taper
  • Boundary conditions
  • Geometry simplification
  • Heat Exchange
  • Material properties
  • Mesh troubleshoot
  • Role of air domain size
  • Symmetry Boundary Conditions
  • Thermal shock
  • Power control
  • Time step

Release Notes

  • v3.x
  • v2.x
  • v2018.x

Create simulation with From CAD

You can import premade CAD files and prepare geometry for simulation directly into CENOS.

Generate air box and mesh automatically, and set up simulation without the need for manual geometry or mesh editing.

Select geometry building approach

To create geometry from premade CAD, in CENOS home window click From CAD.

From CAD

Click on the Folder icon to select and import CAD files.

Import CAD

Create Air Box

Create air box automatically.

Create air box

Select inductor terminals as references for air box size.

Select terminals

Prepare volumes

IMPORTANT: For easier volume and surface selection and preparation, From CAD incorporates multiple useful tools.

Tools

  • Select all - Selects all volumes or boundaries available for selection.

  • Show all - Turn object visibility on or off.

  • Merge - Merge or group multiple volumes or surfaces into one.

  • Unmerge - Split previously merged or grouped objects into their initial state.

Group and rename volume domains as needed.

Prepare volumes

Prepare boundaries

Click Edit boundaries to enter boundary surface editor.

Edit boundaries

Merge and rename boundaries for heat exchange and electromagnetic definitions.

Prepare boundaries

Choose role

To ease physics definitions, select the role of each volume here.

Choose role

After geometry has been prepared, click GO TO PHYSICS to enter physics setup.

Go to physics

Define simulation parameters

Enter physical parameters

In SIMULATION CONTROL window define global parameters such as frequency, calculation time etc.

SIMULATION CONTROL

In SIMULATION DOMAIN windows such as WORKPIECE define the physical parameters of each domain such as material, heat exchange, current etc.

SIMULATION DOMAIN

Post-processing

In the end of the calculation the post-processing tool ParaView will automatically open with a pre-set temperature state, and you will be able to see the temperature field distribution in the workpiece in the last time step.

Template Results

To learn more about result manipulations, visit our post-processing article.

Integral values

For integral values such as apparent power, induced heat and complex voltage you can use the .csv file, which comes along with the visual results. You can access it through Note button next to the Visualization block Play button.

Integral Values

← PreviousNext →
  • Select geometry building approach
    • Create Air Box
    • Prepare volumes
    • Prepare boundaries
    • Choose role
  • Define simulation parameters
    • Enter physical parameters
  • Post-processing
    • Integral values
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