万维提示:
1、投稿方式:在线投稿。
2、刊内网址:(202304期)
http://iopscience.org/ijem
自动跳转至:
https://iopscience.iop.org/journal/2631-7990
3、官网网址:http://ijemnet.com/
4、投稿系统:
https://mc04.manuscriptcentral.com/ijem-caep
5、刊内邮箱:office@ijem.org.cn
6、刊内电话:028-65726627
7、出刊日期:季刊,逢季末月出版。
8、刊内微信公众号:极端制造 IJEM(IJEM_IMMT)
2024年4月24日星期三
《极端制造(英文)》期刊介绍
(International Journal of Extreme Manufacturing)
【微信公众号“极端制造 IJEM”信息】
关于期刊
《极端制造》期刊(International Journal of Extreme Manufacturing, IJEM),获中国科技期刊国际影响力提升计划D类项目资助,致力于发表极端条件下制造及相关领域的高质量最新研究成果,文章形式主要为原创性和综述性文章。目前该刊共设五大栏目:极端制造能场与材料相互作用、极端制造加工技术与理论、极端制造测量与表征、极端性能装备及系统的设计及研发、极端物理条件产生装置的制造。IJEM现已被EI、SCOPUS、INSPEC、DOAJ、CNKI等数据库收录,入选《机械工程领域高质量科技期刊分级目录》T2级。
• 开源(OA)期刊,免费获取
• 免费专业化语言润色
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投稿链接
https://mc04.manuscriptcentral.com/ijem-caep
《极端制造》期刊官网上线:http://ijemnet.com/
《极端制造》期刊官网上线:
http://ijemnet.com/
(微信公众号信息:极端制造 IJEM 2020-03-19)
《极端制造(英文)》作者指南
(International Journal of Extreme Manufacturing)
【官网信息】
作者指南
Guide for Author:
https://publishingsupport.iopscience.iop.org/authoring-for-journals/
办刊宗旨、栏目和刊载范围
极端制造能场与材料相互作用
Materials science
Models and experiments for energy fields
Mechanism of interaction between materials and tools
Quantum phenomena
Energy transformation and conversion
Gradient materials and boundary layer alterations
Atomic and molecular level control
Mechanics in extreme manufacturing
Super lubrication and tribology
极端制造加工技术与理论
Generation of complex and hierarchical structures
Ultrahigh accuracy machining
High-energy beam machining
Hybrid machining
Machining of component with difficult-to-machine materials
Surface diffusion and implantation at nanoscales
Manufacturing in extreme scales
Additive and additive/subtractive manufacturing
极端制造测量与表征
Measurement on extreme scales
Methods and algorithms
Accuracy evaluation
Performance verification of systems
Internal inspection of materials
Complex structures, contaminants, and residual stress
Mechnical and thermal shock loads
Novel principles of metrology
极端制造装备及系统的设计及研发
Fundamentals of extreme manufacturing systems
Systems development under extreme environments
Components and devices at extreme scales
Functional components and modules
Integration at multidimensional scales
极端物理条件产生装置的制造
Laser fusion
Ultrahigh pressure
Cryogenic temperature
High-intensity magnetic field
Novel approaches to generating critical conditions
Integration of multiple extreme environments