# 感应炉模拟小技巧

2015年 3月 4日

### 利用 COMSOL Multiphysics 进行模拟

#### 传热问题

Q_{loss} = \frac{\dot m C_p (T_{in} -T)} {2 \pi r * \pi r_{int}^{2}}

#### 数值方面

\delta = \sqrt\frac {1} {\pi \cdot \mu_R \cdot \mu_0 \cdot \sigma \cdot f}

#### 电磁场将如何影响熔池行为？

F^{Lorentz} = j \times B

### 关于特约作者

Vincent Bruyere 拥有国立里昂应用科学学院颁发的机械工程学博士学位，其研究课题为润滑接触。之后，Bruyere 继续在原子能和替代能源委员会 (CEA) 进行博士后研究。现在他是 SIMTEC 的一名仿真工程师。他所开发的数值模型主要应用于流体力学、热学和电磁学应用。

#### 评论 (14)

2015-07-29

good

##### Ying Liu
2015-11-15

hi, in your model, the four coils are seperate, what if the coil is a winding and water flows from the start to the end? How to simulate this situation?

##### sun jim
2016-11-22

So good! I wonder how can I get your .mph file?

##### Yuansheng Zheng
2016-12-06

Sun，您好！

Email: support@comsol.com

Yuansheng

##### Rao Forest
2017-12-19

Hello, thanks for your share, this model is so nice, I wonder how can I get your .mph file?

2018-06-27

##### Tengyue Gao
2018-10-19

Hi Rao & jong ,

Online support center: https://www.comsol.com/support
Email: support@comsol.com

2019-03-06

##### yukai chen
2019-04-08

Hello, I have also been doing simulations on the three-field coupling of the induction magnet thermal magnetic flow recently. Your article is really meaningful to me! I hope to get a .mph file from this article, as a reference for learning, thank you very much! My email: a2275022@126.com

##### wu zhengxin
2019-04-11

Hello, I have also been doing simulations on the three-field coupling of the induction magnet thermal magnetic flow recently. Your article is really meaningful to me! I hope to get a .mph file from this article, as a reference for learning, thank you very much! My email:
wuzx13@mails.jlu.edu.cn

2019-05-15

##### 墅 王
2019-05-24

Dear Vincent Bruyere:
Hello! Your simulation project on induction heating is perfect, and I am now doing some simulation on the electromagnetic induction heating. Could you please share your .mph file with me?Thank you very much! And my email is
MariaShu@163.com
Shu Wang

2019-05-28

2019-08-31