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wjl163

铜虫 (小有名气)

[求助] Journal of fluids engineering审稿意见求解释谢谢

本人几天前投了一篇关于静电除尘数值模拟的文章到Journal of fluids engineering,隶属于ASME旗下的,编辑初审给了几个修改意见,让本人尽量按照他的意见修改以通过初审,但对于审稿意见中我有几点不明,现将这些意见贴出来,请有经验的同仁解释下谢谢
Thank you so much for submitting your paper for our journal to review.  The editor has taken a preliminary look at your paper to determine if there are some suggestions that can be made to ensure that your paper gets the best possible review in the first round.
Experience suggests that making these kinds of changes before asking for formal review increases the likelihood of your submission getting a more complete review in the first round. There are some adjustments that the editor recommends you take advantage of before a formal review is conducted:



1.  **********************************************************
2. There is no mention of the numerical uncertainty evaluation (grid independence check). This is required for publication, so please include these results or explain why you were unable to obtain them.
G. There is no mention of what CFD code is being used or compared in your work.  Please see the attached document for detailed descriptions on how to include this information in your manuscript.
3. Please include in your submission a more detailed justification for the use of the turbulence model that is applicable in your work.
4. ********************************************************
5. The editor would like to see you non-dimensionalize your results.  This will add archival value to your work by controlling the parameters of the problem in your work.  The idea is to catch the physics behind the problem, with more general information so that it is less specific to the problem at hand to broaden the audience your work is written for.
特别是最后一点,关于non-dimensionalize 本人一直不清楚具体意思和编辑具体要让我如何修改,请有经验的同仁帮忙解答。
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onesupeng

金虫 (职业作家)

【答案】应助回帖

你不是CFD出生的啊?

1、严格的数值计算,进行某个问题之前,必须进行必要的正确性和精确度的验证。简单来说,你的程序要和已有发表的优秀结果能对的上,此外当你加密网格、改小dt和/或者增加计算域,你的结果变化是否在误差容许范围内,这就是所谓的第二条的回应。

2、关于无量纲化,简单来说,可以举一个例子:一个5米直径的圆柱在1米/s的流动中,和一个1米直径的圆柱在5米/s的流动中,受力是不一样的。但是如果你无量纲化之后,即得到的力除以(0.5*流体密度*流体来流速度的平方*直径),那么,两者的结果是一样的。无量纲化是结果一般化常用的手段。这样你没有5米直径的圆柱就可以用1米的代替。。。
长期招收博士生,参见http://fsl-unsw.com
7楼2013-05-04 03:13:12
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zhangcd

至尊木虫 (职业作家)

建议你先解决这些问题,再投,才进入peer review过程
2楼2013-02-06 09:20:32
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wjl163

铜虫 (小有名气)

引用回帖:
2楼: Originally posted by zhangcd at 2013-02-06 09:20:32
建议你先解决这些问题,再投,才进入peer review过程

不好意思,能不能给我解释下什么叫non-dimensionalize ,谢谢
3楼2013-02-06 09:26:36
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nono2009

超级版主 (文学泰斗)

No gains, no pains.

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【答案】应助回帖


感谢参与,应助指数 +1
wjl163: 金币+1 2013-02-06 09:52:42
5 The editor would like to see you non-dimensionalize your results.  
编辑希望你能将你的计算结果以无量纲化(例如:Re数)的形式表达。
4楼2013-02-06 09:47:27
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