Ansys Minerva

This course provides an overview of various dynamic analysis types and, with a mixture of theoretical background along with practical guidance and examples, this course will equip you with the knowledge critical to a successful design.

Join us to learn about Vibration Dynamics Simulation with Ansys Mechanical.

In the fast moving world, the design & performance requirements have changed drastically in other physics like Mechanical, Thermal and Electromagnetics. However, using integrated multi-physics simulation technology makes it possible to optimize motor design performance in a fraction of the time and cost required by traditional design methodology. It is "a true multi-physics problem," which requires precise attribute balancing across all the physics platforms. These interconnected attributes increase dependency across all departments, with the goal of "efficient and robust E Machine development“

Ansys Technology have a comprehensive solution for robust, efficient Electrical machine design from initial design stage to high fidelity FEA to Multi-Physics analysis.

In the fast moving world, the design & performance requirements have changed drastically in other physics like Mechanical, Thermal and Electromagnetics. However, using integrated multi-physics simulation technology makes it possible to optimize motor design performance in a fraction of the time and cost required by traditional design methodology. It is "a true multi-physics problem," which requires precise attribute balancing across all the physics platforms. These interconnected attributes increase dependency across all departments, with the goal of "efficient and robust E Machine development“

Ansys Technology have a comprehensive solution for robust, efficient Electrical machine design from initial design stage to high fidelity FEA to Multi-Physics analysis.

This course provides an overview of various analysis types and, with a mixture of theoretical background along with practical guidance and examples, and will equip you with the knowledge critical to a successful design.