OERSTED 2D Time Harmonic Eddy Current Simulation Software

OSTED是来自集成工程软件的2D / RS电磁涡流场求解器，可提供解决瞬态模式的电源。

我们专有的边界元素方法（BEM）求解器技术提供极其精确的数值域解决方案，是涉及设备周围空间建模的问题的选择方法。该程序中包含有限元方法（FEM）求解器，还包括用户选择两种方法。

工程师和科学家依赖于电气/电子设备和组件的设计和分析的OSTED：

• MRI
• non-destructive testing systems
• 母线，充电夹具
• induction heating coils
• 磁记录头
• magnetic shielding
• coils and transformers
• induction motors

Choose your design environment

INTEGRATED as a part of your software ecosystem

Whether your favorite design environment is Excel, MATLAB® or Visual Studio, our Application Programming Interface (API) allows you to seamlessly develop your own specialized analysis tools or develop tools for others.

Users or developers can call our electromagnetic, thermal or particle trajectory functions to create customized applications with relative ease. These customized software programs may also call other APIs to combine their power. Customize your application and bring your design to an even higher level of sophistication

OERSTED provides outstanding visualization features for detailed analysis of magnetic systems. Automated model creation using built-in API and Parametric Utilities combined with Self-Adaptive BEM and FEM solvers enable rapid optimization of designs.

奥斯特彻底完成并准备使用。不需要购买其他模块或选项;奥斯特是一个全功能的CAE工具。标准功能的部分列表包括：

• 直观和结构化界面，最大限度地提高了专家或初学者的生产力
• 直观的线圈和绕组编辑器
• 能够模拟电压激励和背部EMF效果的线圈和绕组
• Calculation of true AC resistance due to skin and proximity effects
• Transient, phasor and static analysis modes
• Simulation of lossy magnetic materials
• Variety of refine wave forms available, such as sinusoidal sources with the DC offset and various square wave and triangular pulses
• Periodic and symmetry features to minimize modeling and solution time
• Solution of current induced and skin effect current impressed in conductors
• Calculation of Force, torque, flux linkage, induced voltage, power and impedance parameters
• 用于绘制标量和矢量场数量的各种显示形式包括：图形，轮廓图，箭头图，配置文件图和矢量基因座
• 数据可导出以与电子表格和其他软件包集成的格式化文件
• Batch processing that allows unattended solution of multiple files
• 强大的参数功能，允许通过允许分析多个“-if-if”方案和促进设计优化的分析来介绍变量参数的定义
• 广泛的设计评估和优化后处理选项
• 自适应啮合或可选的用户细化
• 大型永磁磁铁和铁磁材料可以容易地添加额外材料

WE GO BEYOND TRADITIONAL MULTIPHYSICS:

• Search-based electromagnetic eddy current, 2D and rotationally symmetric field solver.
• Metaheuristic approach for optimizing simulation based electromagnetic designs.
• 集成的最新创新“线圈和绕组编辑器”，以促进交流电机设计。瞬态和量相涡流分析以及静态分析模式
• Precise calculation of electrical parameters using our proprietary Boundary Element Method (BEM) solvers.
• 有限元方法（FEM）除BEM之外。这种混合方法使用各种方法的强度在设计电磁系统的同时。
• Built-in API, Parametric and/or Scripting capabilities
• The INTEGRATED API enables the direct control of program functions by utility scripts or macros created in tools such as EXCEL or Visual Studio. Scripting can control the entire process of model creation and testing.
• Direct import of models from CAD partners including: Autodesk, PTC, Solid Edge and SolidWorks.

MORE BENEFITS: Easy-to-use and intuitive interface. High resolution 3D graphic representations that can show enhanced tracing of points on model. Automatic meshing and removal of intersecting geometries. World class support team ready to unlock your ideas.