zwl20085/femm-agent-suite

让AI代理构建、求解、扫描并验证磁学、静电学、热能等领域的FEMM 5模型 流量和电流流，并向你展示证明每个数字的物理检验。

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目录： 你可以问什么· 为什么会这样 ·安装 ·工具组 · 技能 ·视频导览 ·建筑 ·验证 · FEMM 5 你将会遇到的事实 ·Python API · 发展 ·许可 ·致谢

你可以问什么

制造一个平面C芯执行器，间隙1毫米，200匝2安培，叠加20毫米，解它， 告诉我间隙通量密度和拉力。把它们和手算对照。

这是我的12槽/4极表面-PM电机。通过旋转转子来驱动齿轮扭矩，再旋转一次 空气间隙的部分，告诉我两者是否一致。

1000转/分时的开路反电动势，Ld和Lq，以及iq=10A时的平均扭矩。是扭矩。 3/2ppsi的IQ一致吗？

将一根圆形铜导体从1 Hz扫到10 kHz，并比较R（f）与贝塞尔解。 输入功率是否匹配损耗？

*这个FEMM 4.2 Lua脚本使用了“M-19钢”和“NdFeB 32 MGOe”。在FEMM 5上运行，移植到其他地方

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Contents: What you can ask · Why this exists · Install · Tool groups · Skills · Video tour · Architecture · Validation · FEMM 5 facts you will hit · Python API · Development · Licence · Acknowledgement

What you can ask

Build a planar C-core actuator with a 1 mm gap, 200 turns at 2 A and a 20 mm stack, solve it, and tell me the gap flux density and the pull force. Check both against hand calculations.

Here is my 12-slot / 4-pole surface-PM motor. Run cogging torque by rotating the rotor and again with the air-gap element, and tell me whether the two agree.

Open-circuit back-EMF at 1000 rpm, Ld and Lq, and the mean torque at iq = 10 A. Is the torque consistent with 3/2 p psi iq?

Sweep a round copper conductor from 1 Hz to 10 kHz and compare R(f) with the Bessel solution. Does the input power match the losses?

This FEMM 4.2 Lua script uses “M-19 Steel” and “NdFeB 32 MGOe”. Run it on FEMM 5, port it to Python, and tell me which materials changed.

The agent uses the MCP tools and the skill family below. Every tool answers with {"ok", "result" | "error": {"message", "hint"}, "session", "seconds"}, errors carry the next action as a hint, and the skills teach the agent to back each number with a health check and an analytic estimate before calling it a result.

C-core actuator built and swept by the suite. Gap B 0.238 T vs 0.2405 T analytic; force from the