| Getting started |
|---|
Quick introduction: 2D calculations with TriComp: Step-by-step example to test the software activation and to illustrate the basic steps in a 2D field solution.
|
Quick introduction: 3D calculations with AMaze: Step-by-step example to test the software activation and to illustrate the basic steps in a 3D field solution.
|
Software package components, file organization and the program launcher: Where to find programs, manuals and examples. How to set up directories for simulations. Background runs from the program launchers.
|
Installing a text editor: Integrating the ConText editor with Field Precision software.
|
Help resources: Calling the instruction manual, example library, software tips blog, listing files, help via E mail.
|
|
| 2D mesh generation |
|---|
2D mesh concepts Part A: Basic concepts for 2D mesh generation: regions, elements, facets and nodes. Filled and open regions.
|
2D mesh concepts Part B How Mesh works. Foundation mesh. Rules for order of mesh regions.
|
Mesh drawing editor, Part A Starting a mesh in the graphics mode. Outlining the solution volume. Starting new regions. Inserting and editing vectors. Saving a DXF file.
|
Mesh drawing editor, Part B Starting a drawing from a DXF file. Setting region properties. Filled and open regions. Saving the MIN file. Creating the mesh.
|
Mesh drawing editor Part C: Loading an MIN file. Setting the foundation mesh. DXF import from CAD programs.
|
Mesh input file: the power of scripts: Relationship of the drawing editor, MIN file and Mesh program. Advantages of scripts in technical work. Modifying meshes with a text editor.
|
Running Mesh: Script structure, advanced capabilities, viewing meshes, saving meshes, MOU and MLS files.
|
|
| 2D field solution and analysis |
|---|
EStat – setting up and running a field solution: Creating an EStat input file. Running the solution. Structures of the input and output files.
|
|
| 3D mesh generation |
|---|
3D mesh concepts: Basic concepts for 3D mesh generation: solution volume, foundation mesh, parts and regions, order of parts, surface fitting.
|
Building a simple assembly with Geometer: Create a MetaMesh script by interactively assembling parts in Geometer.
|
Tuning the MetaMesh script and making a mesh: Working with the script in a text editor, specifying surface fitting, generating the mesh.
|
|
| 3D field solution and analysis |
|---|
Magnum – solving magnetic fields in three dimensions: Biot-Savart integral. Division of current into applied (coils), material (iron) and surface currents of permanent magnets.
|
Magnum – field solutions with iron. Magnetic flux density, magnetic field and magnetic permeability. Differential equations to find fields with iron currents. Steps in the Magnum calculation.
|
Magnum – free-space magnetic field calculation: using MagWinder to create large current element sets. Dividing assemblies into coils and parts. Information in the CDF and WND files.
|
|
