Altair Flux & FluxMotor 2023.1

Flux is the leading software for electromagnetic and thermal simulation. For more than 30 years, Flux simulation software has been used worldwide in leading industry and university laboratories. It has become a reference for the high accuracy it delivers.

With continuously improving technology, Flux is a flexible, efficient and user-friendly tool that will help to create optimized and high-performance products, in less time and with fewer prototypes. Along with a highly qualified support network and strong user community, Altair and its Flux team provide recognized expertise in the field of electrical engineering.

In a greener and more electric world, engineers can rely on Flux to help design energy-efficient devices that deliver more innovation and value to your customers. Flux, using groundbreaking technologies, is the right tool for analyzing, designing, and optimizing modern applications. With embedded multiparameter analysis, its open interface handles different simulation domains and is well suited for multiphysics couplings.

Why use Flux:

• Open and intuitive, Flux can be easily incorporated into your design workflow for reliable analysis results. With the most advanced numerical methods available, it solves complex modeling situations.
• Its multi-parameter capability allows efficient search of design space for optimal performance of your device. Customization, automation, and connectivity with CAD tools for maximum productivity.
• Over the years, Flux has demonstrated its ability to get close to measurements and reproduce complex phenomena with great accuracy.
• Flux can be easily tailored to specific needs. Various options are available to fine-tune the models and solvers, delivering accurate results in the most efficient way.
• Using a parameter to specify a geometric dimension or a physical property is one of the basic principles of Flux.
• Flux can be combined with the best available 3D analysis software to look at multiphysics and get the most realistic representation of phenomena, or with system-level simulation tools to design control strategy.