2023
All Flux 3D functions and entities
List of all Flux3D functions
Horizontal mirror
All Flux 2D functions and entities
List of all Flux3D entities
Set standard view 1
About Altair Flux...
About InCa3D ...
Activate the next step
Activate second application
Add to visualization by selection plane
Adjust intersections
Management of cuts in advanced mode
Assign coil conductor components to not meshed coils
Orient wires to coil conductor regions (completion mode)
Assign mesh generator to faces (completion mode)
Assign mesh generator to volumes (completion mode)
Assign regions to faces (completion mode)
Assign regions to volumes (completion mode)
Assign terminals to solid conductors 2 terminals (completion mode)
Assign terminals to solid conductors (completion mode)
Audit Scenario
Automatic creation of connections
Modify the background image size
Bertotti iron losses
Chamfer
Build 3D contours on face regions
Automatic creation of cuts
Build faces
Building of the faces with old algo
Build faces with wires
Build Problem
Build volumes
Building of the volumes with old algorithm
Build volumes with wires
Check geometry
Check circuit
Check mesh
Check physics
Check project before solving process
Check shell Elements on face regions
Check problem before solving process
Circular repetition
Refresh circuit view
Zoom all
Initial zoom
Zoom region
Clean all mesh information
Close all opened dialog boxes
Leave the "BPM Motor" overlay
Close image import context
Leave the "IMD Motor" overlay
Close the Input/Ouput data context (beta version)
Fermer librairie...
Close mechanical analysis context
Leave the modeler context and return to standard geometry context
Leave the "NDT Sensor" overlay
Close png viewer
Close the current project
Close Sketcher2DContext
Close the spy file
Collect data
Compile a command file
Arrows on cut planes
Arrows on faces
Arrows on 2D grids
Arrows on 3D grids
Arrows on border of 3D grids
Arrows on face regions
Arrows in volume regions
Arrows on contours (faces) of volume regions
Compute the flux density created by current
Compute bounding box of problem
Compute capacitance matrix
Current values I/O parameter
Compute electric charge on a perfect conductor face region
Compute electric charge on a perfect conductor line region
Compute electric charge on a point region
Compute electric charge on a perfect conductor volume region
Compute electromagnetic energy on the domain
Compute electromagnetic energy on face regions
Compute electromagnetic energy on line regions
Compute electromagnetic energy on volume regions
Compute electrostatic energy on the domain
Compute electrostatic energy on face regions
Compute electrostatic energy on line regions
Compute electrostatic energy on volume regions
Compute flux through a coil conductor
Compute electromagnetic force on face regions
Compute electromagnetic force on line regions
Compute electromagnetic force on volume regions
Compute electrostatic force on face regions
Compute electrostatic force on line regions
Compute electrostatic force on volume regions
Compute the Laplace force on face regions
Compute the Laplace force on line regions
Compute the Laplace force on volume regions
Isolines on cut planes
Isolines on faces
Isolines on 2D grids
Isolines on 3D grids
Isolines on face regions
Isolines on volume regions
Isovalues on cut planes
Isovalues on faces
Isovalues on 2D grids
Isovalues on 3D grids
Isovalues on face regions
Isovalues on volume regions
Compute isovalues on volumes
Compute losses on the domain
Compute lossses on face regions
Compute losses on line regions
Compute losses on volume regions
New session Quantities computation on points
Computation of electromagnetic torque on face regions
Computation of electromagnetic torque on line regions
Computation of electromagnetic torque on volume regions
Computation of electrostatic torque on face regions
Computation of electrostatic torque on line regions
Computation of electrostatic torque on volume regions
Fillet
Check groups of connected conductors
Continue the solving process
Continue the solving process with a variation parameter
Continue the solving process on the iteration
to Steady State AC Magnetic
to Steady State AC Magnetic coupled with Transient Thermal 2D
to Magneto Static
to Transient Magnetic
to Steady State Thermal
to Transient Thermal
Convert propagated entities
Copy
Copy (Ctrl+C)
Cover wires defined by a list of lines
Create a new Brush segment
Create a new Capacitor
Create a new Coil conductor
Create a new Current source
Create a new Diode
Create a new Ground
Create a new Inductor
Create a new Solid conductor n terminals
Create a new Resistor
Create a new Solid conductor 2 terminals
Create a new Squirrel cage
Create a new Switch
Create a new Voltage source
Create LS type material
Create Motor
New tabulated I/O parameter by importation of a 2D table
New spatial quantity TKelvin for temperature
Create file for transient startup
Current Values
Face Region Curve
Cut
Cut (Ctrl+X)
Define coordinates system
Define echelle
Define next steps
Delete
Delete all project results
Delete Arrows
Delete (Del)
Delete current application
Delete all results of the project
Delete electrical circuit
Delete image
Delete isolines
Delete isovalues
Delete meshing
Delete Motor
Delete Problem
Delete selection
Delete the n last steps
Delete Winding
Switch in a writing mode without execution
Display or hide arrows
Display arrows on magnet
Afficher etat fortran de la variable FLUX_FORMATTED_FILE
Display or hide isolines
Display or hide isovalues
Display or hide grid
Display or hide image
Display or hide points
Display or hide coordinate system
Display or hide table
Arc 2 points without center
Arc 2 points with center
Arc 3 points
Circle diameter
Circle center+radius
Polyline
Draw points
Rectangle diagonal
Rectangle Center
Reference line
Reference point
Edit current application
Edit Motor
Switch in normal mode with execution
Error Criterion
Evaluation of the demagnetization
Evaluate geometry
Evaluate sensors
Run a compiled command file
Close the application
2D Export to a SAT file
2D Export to a CATIA V5 file
2D Export to a STEP file
Export to a SAT file
Export to a CATIA V4 file
Export to a CATIA V5 file
Export to an IGES file
Export to a STEP file
Export circuit to a xcir file
Export circuit to a PyFlux file
Export geometry to a DXF file
Export mesh to a DEC file (Flux Expert)
Export mesh to a MED file (Available only in version Flux <= 12.3)
Export mesh to a MODULEF file
Export mesh to a PF3 file
Export mesh to a TRA file (Flux2D)
Export mesh to an UNV file (IDEAS)
Export node coordinates of regions
Export node coordinates and spatial formula
Export spatial formula on a multipoint support
Extend line
User portal - ALTAIR gate
Fill a hole with wire
Finalize the current step
Fractionate
Generate component for Activate coupling
Generate Amesim component for 3 phase rotating motor
Generate generic AMESIm component
Generate Amesim component for linear actuator
Generate first order elements
Generate component for GOT-It coupling
Generate component for HyperStudy coupling (for HyperStudy 2019.1 and later)
Generate component for Matlab Simulink coupling
Generate component for Portunus coupling
Generate component for PSCAD coupling
Generate second order elements
Generate Shell element
Get Active Scenario( in post processing only)
Get the status of the last processed step
Get mesh Elements on face domain
Get mesh Elements on Domain
Get nodes on face region
Get nodes on volume region
Heal all intersections
Heal all superpositions
Heal and simplify all geometry
Automatically heal geometry
Enter the "healing" context
Leave the "healing" context
Enter the "facet geometry" context
Leave the "facet geometry" context
Enter the "healing import CAD" context
Return to standard geometry context
Help (html documentation)
Index...
Hide Beta Features (standard mode)
Redo
Undo
Import of a SAT file
Import of a CATIA V4 file
Import of a CATIA V5 file
Import of an IGES file
Import of a Pro/E file
Import of a STEP file
Import circuit from a xcir file
Import circuit from a CCS file
Import circuit from a CIF file
Import circuit from a TXT file
Import a 2D curve - formatted file (txt)
Import a 2D curve - Flux file (txt)
Import a 3D curve - formatted file (txt)
Import a 3D curve - Flux file (txt)