Buy Altair Flux Software

Product Overview

Altair Flux & FluxMotor is a comprehensive electromagnetic field simulation and electric motor design platform for low-frequency electromagnetic analysis and multiphysics optimization. It combines Flux finite element software with FluxMotor e-motor design tools, enabling engineers to simulate motor performance, analyze electromagnetic forces, and evaluate thermal and vibration behavior for rotating machines, sensors, actuators, and electromagnetic devices.

The integrated environment supports 2D and 3D analysis with advanced meshing, circuit coupling, and motion simulation for design engineers and electromagnetic specialists optimizing motor topologies, analyzing sensor designs, and validating electromagnetic systems in automotive, aerospace, industrial equipment, and consumer electronics applications.

Why Buy Altair Flux & FluxMotor from Prosoftstore?

Altair Flux & FluxMotor Key Features

• 2D and 3D Electromagnetic Field Simulation: Analyze magnetostatic, steady-state, and transient electromagnetic behavior in complex geometries to predict field distribution and force calculations.
• Motor Design and Topology Exploration: Create and optimize electric motor designs with intuitive parametric modeling for stator, rotor, winding architecture, and commutator configuration without requiring CAD expertise.
• Performance Testing and Validation: Evaluate motor characteristics including cogging torque, back-emf, torque-speed curves, efficiency maps, and operating points to verify design targets and system compatibility.
• Thermal Analysis and Cooling: Model heat generation from copper and iron losses, simulate thermal coupling with external cooling systems, and optimize heat dissipation strategies for thermal management.
• Vibration and Noise Prediction: Calculate electromagnetic forces on stator teeth and rotor structures, export vibration data to structural analysis tools, and reduce NVH through design optimization.
• Circuit and Mechanical Coupling: Integrate electrical circuits, mechanical motion, and system-level simulations with equivalent circuit extraction to build co-simulation models with MATLAB Simulink and Activate.
• Multi-Parameter Optimization: Conduct parametric studies and optimization workflows using HyperStudy to explore design space, identify optimal configurations, and balance multiple performance objectives.
• Advanced Meshing with Automatic Refinement: Generate high-quality finite element meshes with intelligent automatic refinement based on geometric and physical features for accurate analysis with reduced computation time.
• CAD Import and Geometry Healing: Import complex CAD geometries from STEP, IGES, CATIA, and Pro-E formats with automatic healing and simplification tools to prepare models for electromagnetic analysis.
• Results Post-Processing and Reporting: Visualize field distributions, flux density, forces, losses, and performance curves with customizable reporting tools for design validation and stakeholder communication.

Altair Flux & FluxMotor Applications