Simcenter Fluxmotor is dedicated to the design and optimization of electric motors, enabling engineers to accelerate development and explore a wide range of machine configurations while considering multiphysics constraints. Its intuitive environment allows users, from generalists to experts, to efficiently create, analyze, report and optimize motor designs.
Within a single environment, Fluxmotor enables designers to predict electromagnetic performance, evaluate cooling strategies and assess NVH behavior, support more informed decisions and faster development of high-performance electric machines.
A motor-dedicated and intuitive platform that enables engineering teams to collaborate across the design workflow, from concept exploration to multiphysics optimization, while considering system-level integration.
Address complex multiphysics constraints early in the design process, enabling teams to make informed decisions at the concept stage, reducing development risks and optimizing cost and performance.
Analyze electromagnetic performance, cooling strategies and structural behavior within a single environment, delivering accurate results with efficient computation time to accelerate motor design.
Accelerate electric motor development with an intuitive, motor-dedicated environment. Quickly explore multiple design configurations, automate repetitive tasks and streamline workflows from concept to performance evaluation.
Evaluate electromagnetic performance, cooling strategies and NVH behavior within a single environment. Enable consistent multiphysics analysis to better understand interactions and improve overall machine performance.
Leverage proven electromagnetic simulation technologies to obtain accurate and reliable predictions. Support confident engineering decisions with validated models and consistent results across operating conditions.
Generate customizable reports and automatically compile performance data. Compare multiple machine designs efficiently to identify optimal solutions and support informed decision-making.
Explore design variations across multiple operating points and duty cycles. Use built-in optimization capabilities to meet performance targets while balancing multiphysics constraints early in the design process.
SPIN | Designing rare-earth-free electric motors with Simcenter
SPIN used Simcenter solutions to design electric motors without rare earth materials while maintaining performance targets. By leveraging multiphysics simulation and early-stage design exploration, the team reduced development time and created an efficient synchronous reluctance motor.
Discover how others use Simcenter Fluxmotor
Design and optimize electric motors for electrified vehicles. Simcenter Fluxmotor enables rapid exploration of machine topologies, evaluation of performance across operating conditions and early integration of multiphysics constraints such as thermal and NVH behavior to accelerate e-powertrain development.
