Comments on: 电热耦合分析中常见的误区 - //www.denkrieger.com/blogs/common-pitfalls-in-electrothermal-analysis 发布博客 Sun, 29 Sep 2024 08:25:14 +0000 hourly 1 https://wordpress.org/?v=5.7 By: Jiliang Cai //www.denkrieger.com/blogs/common-pitfalls-in-electrothermal-analysis/#comment-35643 Sun, 29 Sep 2024 08:25:14 +0000 http://cn.staging.comsol.com/blogs?p=200411#comment-35643 In reply to Ruikang Wu.

可以参考电容器和电感器的博客文章和 ：
//www.denkrieger.com/blogs/evaluate-your-3d-inductor-design-with-comsol-multiphysics
//www.denkrieger.com/video/modeling-capacitors-with-comsol-in-18-minutes-webinar-cn

]]> By: Han Han //www.denkrieger.com/blogs/common-pitfalls-in-electrothermal-analysis/#comment-35513 Tue, 24 Sep 2024 13:03:15 +0000 http://cn.staging.comsol.com/blogs?p=200411#comment-35513 In reply to 永超 刘.

我也是遇到这种问题，请问你解决了吗？是如何解决的呢？

]]> By: Ruikang Wu //www.denkrieger.com/blogs/common-pitfalls-in-electrothermal-analysis/#comment-28263 Thu, 29 Feb 2024 03:00:33 +0000 http://cn.staging.comsol.com/blogs?p=200411#comment-28263 您好，请问如果是高频的情况下，应该还需要添加上阻抗的影响吧，例如电容和电感，那这在Comsol中要怎么体现呢

]]> By: 永超 刘 //www.denkrieger.com/blogs/common-pitfalls-in-electrothermal-analysis/#comment-19443 Mon, 07 Nov 2022 13:31:17 +0000 http://cn.staging.comsol.com/blogs?p=200411#comment-19443 在应用电磁热的过程中，发现电场产生的焦耳热很大，就超出实际，这一般会是因为什么

]]> By: kai zhang //www.denkrieger.com/blogs/common-pitfalls-in-electrothermal-analysis/#comment-5363 Tue, 16 Jun 2020 03:31:55 +0000 http://cn.staging.comsol.com/blogs?p=200411#comment-5363 In reply to 翔 高.

线性化电阻率设置可以参考案例库中的模型：//www.denkrieger.com/model/microresistor-beam-366

]]> By: 翔 高 //www.denkrieger.com/blogs/common-pitfalls-in-electrothermal-analysis/#comment-5303 Fri, 05 Jun 2020 08:06:50 +0000 http://cn.staging.comsol.com/blogs?p=200411#comment-5303 您好，有没有具体的案例，如果有的话，方便的话能否发一下具体的相关案例？谢谢！！！

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