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第一篇投稿被拒,幫我看看審稿人的意見,是否可以采納,修改重投
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個(gè)人感覺,第一個(gè)審稿人,態(tài)度不太認(rèn)真,站在拒稿的角度上審稿。第二個(gè)意見較具體,相對客觀一些。請大家?guī)臀铱纯,給點(diǎn)指導(dǎo)意見。謝了先。 Comments for the Author: Reviewer #1: 1.The disign of experiments in this paper lacks scientific approach. The results cannot give good reference value for extensive use. 2.The related works should be well documented. 3.Is the water-dipping process more effective than conventional approaches?The research does not provide clear conclusions. According to the author's ideas(shorten the solidification time in lower region),the air-cooled method may be better (safe and easy operation). 4.The sections of principles of numerical simulation of casting solidification are well documented in many books and papers. I recommend the deletion of that. Reviewer #2: 1) The article should be modified, 1) English, 2) technology term, 3) The text should be clear & systemmatic, Example: a)"..The shell mold contained the following types of substrates: face coats, intermediate coats, and backup coats. Each coat was made of two layers: a slurry layer and a stucco layer. In this study, the shell mold was made of zircon and fused silica materials, and the thickness of shell mold approximately is 8 mm" , this is previously known! b) Abstrat: No focus. c) The case of molding should be clear as a contribution, Re-design molding. d) "2.1 Governing equations in numerical simulation" should be strengthed & verified according to data, discussion.... e) The case size of simulation molding can be clearly explained and discussed. 2) The key parameters of the water-dipping process is old technology. Both FEM code and ProCAST are commercialized software, and they have already been used in foundry industry for many year. |
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木蟲之王 (文學(xué)泰斗)
至尊木蟲 (文壇精英)


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