Synopsys and Ansys power the future of innovation—connecting silicon to systems.
Ansys电机设计仿真软件可提供完整的工作流程，涵盖从概念设计到电机的详细电磁、热和机械分析。使用Ansys工具对电机进行电磁-热应力和振动-声学耦合仿真，可实现高保真、准确且可靠的电机仿真设计，并针对性能、成本和效率进行了优化。
Watch an overview of the complete ANSYS motor design flow.
Discover how the use of both Ansys Motor-CAD and Ansys Maxwell simulation tools can add significant benefits to your motor design and allow you to push the boundaries to drive innovation.
全面而强大的几何模板涵盖广泛的电机技术、拓扑和冷却系统。基于比率的参数化选项提供了前所未有的电机设计参数优化功能。
在整个工作范围内快速分析电机仿真设计的性能，包括削弱磁场的行为。
从电机设计流程开始就结合多物理场分析，内置控制算法，使虚拟测试能够考虑瞬态驱动循环或稳态下的温度影响。
能够通过内置的3D热网络预测电机的热行为。
由Ansys Maxwell提供的电机电磁仿真可确定与机器性能相关的径向、切向和轴向力。
辐射振动噪声的声学表示被导入到Ansys Sound中，使用户能够听到电机在不同转速下的声音。
Ansys Maxwell和Ansys Mechanical的仿真结果为实现测量听觉感知和评估车辆NVH性能的目标提供了关键信息。电机设计仿真软件整合了电机外壳存在情况下的这些力。
通过听电机的声音，工程师能够区分和识别声学剖面仪的子组件，并研究对人类感知的影响。
仿真电机的噪声、振动和声振粗糙度（NVH）对于正确设计电动汽车（EV）的电磁（EM）和振动声学非常重要
了解Ansys客户如何通过采用Ansys电机设计解决方案，来应对产品研发挑战
Ansys电机设计软件基于从设计阶段提取信息到分析、验证设计和最终验证阶段的能力，提供完整的系统集成。这样就可以在一个工作流程中进行完整的系统仿真。
ANSYS Maxwell is a comprehensive electromagnetic field simulation software for engineers tasked with designing and analyzing 3D/2D structures, such as motors, actuators, transformers and other electric and electromechanical devices. Based on the Finite Element Method (FEM), Maxwell can solve static, frequency-domain and time-varying electromagnetic and electric fields.
ANSYS Maxwell is a comprehensive electromagnetic field simulation software for engineers tasked with designing and analyzing 3D/2D structures, such as motors, actuators, transformers and other electric and electromechanical devices. Based on the Finite Element Method (FEM), Maxwell can solve static, frequency-domain and time-varying electromagnetic and electric fields.
Learn how ANSYS Maxwell can be used as part of a multiphysics simulation protocol to reduce noise, vibration and harshness (NVH) caused by wind, powertrain and road noise in moving vehicles.
Telma manufactures friction-free magnetic induction brakes for large trucks and other vehicles to ensure continuous braking over long periods of time. They use three Ansys simulation solutions — Ansys Maxwell for electromagnetics, Ansys Mechanical for structures and ANSYS CFD for air flow — in multiphysics simulations to design these wear-free, eco-friendly, long-lasting brakes. Telma engineers were able to increase braking performance by 30% while reducing the mass of the brakes by 25% using Ansys multiphysics simulation.
