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cai05330

金虫 (小有名气)

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虫号: 801925
注册: 2009-07-01
专业: 金属材料的力学行为

[交流] Materials and Design给的修改意见，算是大改还是小改？？？已有15人参与

Dear Mr ****,

The reviewers have commented on your above paper. They indicated that it is not acceptable for publication in its present form.

However, if you feel that you can suitably address the reviewers' comments (included below), I invite you to revise and resubmit your manuscript.

Please carefully address the issues raised in the comments.

If you are submitting a revised manuscript, please also:

a) outline each change made (point by point) as raised in the reviewer comments

AND/OR

b) provide a suitable rebuttal to each reviewer comment not addressed

To submit your revision, please do the following:

1. Go to: http://ees.elsevier.com/jmad/

2. Enter your login details

3. Click [Author Login]
This takes you to the Author Main Menu.

4. Click [Submissions Needing Revision]

When submitting your revised manuscript, please ensure that you upload the source files (e.g. Word). Uploading only a PDF file at this stage will create delays should your manuscript be finally accepted for publication. If your revised submission does not include the source files, we will contact you to request them.

I look forward to receiving your revised manuscript.

Yours sincerely,

K.L. Edwards
Editor in Chief
Materials and Design

Reviewers' comments:

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1楼2010-10-08 12:37:10

已阅回复此楼关注TA 给TA发消息送TA红花 TA的回帖

cai05330

金虫 (小有名气)

应助: 1 (幼儿园)
金币: 1398.2
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专业: 金属材料的力学行为

引用回帖:

Originally posted by zhaoyaobang at 2010-10-08 15:27:43:
审稿意见呢？这是主编的套话，返修的都是这些话。

以下是审稿意见，各位给鉴定一下吧
Reviewer #1:

1) The paper studies the "Constitutive analysis to elevated temperature flow stress in Ti-6Al-4V alloy" Overall, the paper is not well introduction & discussion. But the date of Ti base materials is is worth publication.
2) The paper should be clear explain to the microstructure of & + VS. different treatment & plastic deformation. Add to 3.1 : the microstructure Ti6Al4V
3) The authors mentioned that " ..in Fig.7. It could be seen that predicted flow stress values from the developed constitutive equation could track the experimental flow stress throughout the entire strain rate range (particularly at the temperature of 1000 and 1050?). Only in some deformation conditions (i.e. at 800? in 1s-1, 900? in 0.001s-1 and at 950? in 1s-1), a remarkable variation between experimental and computed flow stress data could be observed ", why is "the good prediction capabilities of the developed constitutive equation considering strain compensation." , Please explain the reason in more detail. How the authors reach to the conclusion?
4) The authors mentioned that " effect of strain on the material constants (i.e. ??, n, Q and lnA).. " Please explain a degree of effect factor and the reason in more detail?

Reviewer #2:

In this manuscript, studies on the constitutive analysis to elevated temperature flow stress in Ti-6Al-4V alloy are reported. It's very important to study the theoretical simulation about this alloy. Some interesting results were obtained. However, I recommend the authors correct or show some opinions for the following points.

1. In P1L23, the preterite should be selected firstly. e.g., "The importance of this alloy is testified from the fact..", It should be "The importance of this alloy was testified from the fact..". There are many errors in the same. Please check all the paper carefully.
2. Minor errors, such as "It is usually assumed that influence of strain on flow stress...." should be "It is usually assumed that the influence of strain on flow stress.." ; Please check all the paper.
3. Please explain why the experimental data is higher than the simulated data in the temperature of 800,850,900?.
4. I suggest the authors should revise the title which can not match the whole content.