User guide

The user guide gives information about principles and how to use Altair Flux2022.

Starting

Flux Supervisor

General operation

Environment and graphic representation

Flux project and Flux object management

Data management

PyFlux language, command files and macros

Formulas and mathematical functions

Construction of a Flux project

Geometry: principles / software aspects

Geometry: 2D Sketcher / 3D Modeler

Mesh: principles / software aspects

Geometry / mesh importation: principles / software aspects

Physics: principles

Materials: principles / software aspects

Solving process: principles / software aspects

Results post-processing: principles / software aspects

Parametric analysis: principles

Physical applications

Magnetic applications: principles / software aspects

Electric applications: principles / software aspects

Thermal applications: principles / software aspects

Coupling

Circuit coupling: principles / software aspects

Kinematic coupling: principles / software aspects

Co-simulation

Multiphysics co-simulation: principles / software aspects

Flux-HyperStudy co-simulation

Flux-Portunus co-simulation

Flux-Activate co-simulation

Flux-Simulink co-simulation

Flux-AMESim co-simulation

Flux-StarCCM+ co-simulation

Export of n dimensions data tables

Dedicated coupling

Vibro-acoustic and mechanical coupling

Magneto-thermal coupling

Data import/export context

Flux e-Machine Toolbox

Tools

Material Manager

Flux API

Flux Skewed

Skew slots

Flux PEEC

Flux PEEC

3D overlay

3D Overlay