Ansys Motor-CAD

Additional features

Full Operating Range Design

Full operating range design refers to the capability of a simulation or design tool to account for all possible operating conditions of a system. This ensures that the design will perform reliably and efficiently across its entire range of expected conditions, such as temperature, load, and speed variations. This feature is critical for creating robust designs that can withstand real-world scenarios.

Integrated Multiphysics Modules

Integrated multiphysics modules allow users to simulate multiple physical phenomena—such as thermal, structural, and electromagnetic behaviors—within a single platform. This integration ensures that interactions between different physical domains are accurately modeled, leading to more comprehensive and realistic simulations, which are crucial for complex system design.

Template-Based Magnetic Topologies

Template-based magnetic topologies provide pre-configured models for designing magnetic systems, such as motors or transformers. These templates can be easily adapted to specific requirements, enabling engineers to quickly develop and optimize magnetic designs. This feature saves time and ensures consistency in the design process.

Cooling Topologies and Thermal Analysis

Cooling topologies and thermal analysis refer to the study and optimization of cooling strategies within a design. This feature allows engineers to model how heat is dissipated and managed, ensuring that the system remains within safe operating temperatures. Effective cooling designs are critical for maintaining performance and longevity in systems prone to heat generation.

Efficiency and Loss Maps Calculations

Efficiency and loss maps calculations involve determining the efficiency of a system and identifying where energy losses occur under various operating conditions. This feature helps engineers optimize designs to minimize losses and maximize overall efficiency, which is particularly important in energy-sensitive applications like electric motors or power electronics.

Adaptive Templates and Customization

Adaptive templates and customization offer flexible, modifiable models that can be tailored to meet specific design needs. These templates adapt to different parameters, allowing users to explore various design options quickly. Customization ensures that the tool can be aligned with unique project requirements, enhancing productivity and precision.

Electromagnetic and Structural Analysis

Electromagnetic and structural analysis involves the study of how electromagnetic fields and mechanical forces interact with materials and structures. This feature is essential for ensuring that designs are both electrically and mechanically sound, helping to prevent failures and improve performance in applications like motors, transformers, and sensors.

New Cooling Methods

New cooling methods refer to the latest techniques and strategies for managing heat within a design. These methods are integrated into the simulation tool to allow engineers to explore innovative cooling solutions, improving the thermal management of devices and systems, which is crucial for enhancing performance and reliability.

Upgraded Workflows

Upgraded workflows provide streamlined, efficient processes within the simulation or design tool, making it easier for users to move through the various stages of design, analysis, and optimization. Enhanced workflows reduce time-to-market and improve the user experience by simplifying complex tasks and automating routine processes.

Accessibility and Compliance

Accessibility and compliance ensure that the design and simulation tool is easy to use and meets industry standards and regulations. This feature includes user-friendly interfaces, support for diverse user needs, and adherence to relevant compliance requirements, ensuring that the software is both practical and legally sound for professional use.