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evacai1984銅蟲 (小有名氣)
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[求助]
第一篇SCI文章大修,實在不會修,求幫助。。。。。。。。。。。。。。。! 已有2人參與
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第一次投SCI,文章大修!!第二個審稿人6條意見基本5條是要求建立三維自由曲面的偏差模型,可是我整個文章數(shù)學模型都是基于平面假設的,編輯只給了一個半月的修改時間,三維自由曲面的偏差模型太復雜了,我一點思路都沒有,這么短的時間實在無法修改出來!能不能跟第二個審稿人承認我這個模型只能應用于平面,針對三維自由曲面的模型是我以后的研究方向?這么修是不是鐵定被拒? 現(xiàn)在該怎么辦。康戎@篇文章畢業(yè)呢! 求大家給個意見,非常感謝![]() ![]() Reviewer(s)' Comments to Author: Reviewer: 1 Comments to the Author The literature should be shorten for a clear understanding of the topic and the further application of the method should also be illustrated in detail. Reviewer: 2 Comments to the Author Major concerns: 1. The rigorous and complete definitions of in-plane/out of plane errors in general cases should be provided or cited from other sources. The authors implicitly refer all parts as planar sheet metals, the part errors need to be defined on more generic parts with free surfaces in 3D space that the authors have ignored. 2. There seem no novel and unique contribution in both rigid assembly and compliant assembly modeling. The articles in rigid (e.g. Shi, Ding, Huang et al.) and compliant assembly model (e.g. Liu, Hu, Cai, Camelio et al.) and analysis methods have been investigated thoroughly in almost two decades. The sections involving these (kinematic modeling and elastic FEA modeling) seem redundant and should be cut short or simplified. 3. Direct superposition of in-plane/out-of-plane variations implicitly assumes the independency of these variations. The independency is only (approximately) true when the part is primarily planar rather than composed of generic (curved) surfaces. In the later cases they are dependent. The authors did not consider how to handle this more generic issue. 4. A closed structure can be formed in many actual cases, the proposed method seems completely ignored this problem. 5. The unified model and case study involved planar parts and in-plane and out-of-plane variations which has been investigated elsewhere and may have limited applications. 6. The reviewer suggests authors investigating the variation of rigid/compliant assembly involving 3D generic free surfaces. |
銅蟲 (小有名氣)
至尊木蟲 (知名作家)
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