User guide

The user guide gives information about principles and how to use Altair® Flux® 2022.2.

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 Skew

Flux Skew

Flux PEEC

Flux PEEC

3D overlay

3D Overlay