Comments on: 多物理场建模提升声流分析效率 - by COMSOL //m.COMSOL.com/blogs/efficiently-analyze-acoustic-streaming-with-multiphysics-modeling 发布博客 Mon, 17 Jul 2023 09:09:59 +0000 hourly 1 https://wordpress.org/?v=6.7.2 By: 宇 白 //m.COMSOL.com/blogs/efficiently-analyze-acoustic-streaming-with-multiphysics-modeling/#comment-22843 Mon, 17 Jul 2023 09:09:59 +0000 http://cn.staging.comsol.com/blogs?p=186601#comment-22843 In reply to 某某 王.

你好，我也正在学习超声引起的液体流场变化，请问您是否已解决或者可以提供帮助，我将不胜感激

]]> By: 某某 王 //m.COMSOL.com/blogs/efficiently-analyze-acoustic-streaming-with-multiphysics-modeling/#comment-16863 Wed, 13 Apr 2022 12:06:26 +0000 http://cn.staging.comsol.com/blogs?p=186601#comment-16863 In reply to Lei Cao.

好的，十分感谢。

]]> By: Lei Cao //m.COMSOL.com/blogs/efficiently-analyze-acoustic-streaming-with-multiphysics-modeling/#comment-16823 Wed, 13 Apr 2022 03:07:48 +0000 http://cn.staging.comsol.com/blogs?p=186601#comment-16823 In reply to 某某 王.

王某某, 您好！

感谢您的评论。
此博客是基于 COMSOL 年会分享的论文，COMSOL 官方并没有此模型。文献可查看博客最后的链接进行查看下载。声流效应可参考以下案例：
//m.COMSOL.com/model/acoustic-streaming-in-a-microchannel-cross-section-17087
//m.COMSOL.com/model/3d-acoustic-trap-and-thermoacoustic-streaming-in-glass-capillary-105991

如果有进一步问题，建议您联系COMSOL的技术支持团队：
在线支持中心：m.COMSOL.com/support
Email: support@comsol.com
谢谢！

]]> By: 某某 王 //m.COMSOL.com/blogs/efficiently-analyze-acoustic-streaming-with-multiphysics-modeling/#comment-16763 Sun, 10 Apr 2022 13:06:16 +0000 http://cn.staging.comsol.com/blogs?p=186601#comment-16763 We are studying the influence of ultrasonic induced sound flow on casting. Can you share the COMSOL simulation file?

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