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International Journal of Extreme Manufacturing

INT J EXTREME MANUF

Print ISSN 2631-8644 Online ISSN 2631-7990
SCIE Q1 新锐1区 Top期刊 开放获取 工程技术
影响因子 2026
25.1
↑ 3.8
5年均分
14.4
5-Year IF
H 指数
81
H-Index
年发文量
143
Articles / Year
出刊频率
Continuously Published
Pub. Frequency
创刊年份
2019
Founded Year
出版商
Iop Publishing Ltd
Publisher
出版国家
UK
Country
投稿参考 & 用户评分
🏆 期刊声誉
暂无
综合口碑评分,点击星星参与
审稿速度
系统
暂无
2.1 个月
💰 版面费用
系统
暂无
官方APC:免费开放获取 ✓
中科院分区
2026新锐分区 新体系
大类1区
工程技术Engineering
小类1区
工程:制造
中科院2025年分区 传统体系
大类1区
工程技术Engineering
小类1区
工程:制造
WoS 期刊 JCR 分区 (2026 · JIF) 综合 SCIE Q1
学科 收录集 JIF 分区 JIF 排名 JIF 百分位
制造工程 Engineering, Manufacturing SCIE Q1 1/71
98.6%
材料科学(综合) Materials Science, Multidisciplinary SCIE Q1 13/472
97.3%
按 JCI 指标学科分区
学科 收录集 JCI 分区 JCI 排名 JCI 百分位
制造工程 Engineering, Manufacturing SCIE Q1 7/58 JCI 1.82
89.7%
材料科学(综合) Materials Science, Multidisciplinary SCIE Q1 32/355 JCI 1.82
91.3%
Scopus 指标
CiteScore
29.3
综合引用得分
SJR
4.098 Q1
SCImago Journal Rank
SNIP
4.242
Source Normalized Impact
JCI
1.82
Journal Citation Indicator
数据来源:Scopus (CiteScore · SJR · SNIP) · Clarivate (JCI)。指标年份:2026年6月最新版。
期刊简介

The International Journal of Extreme Manufacturing (INT J EXTREME MANUF), with ISSN 2631-8644 and an exceptional 2026 Impact Factor of 25.1000, stands as a premier, high-impact publication in the materials science and manufacturing engineering landscape. Published as a fully open access journal, it is dedicated to advancing the frontier of manufacturing science and technology, focusing specifically on processes that operate under extreme conditions—such as ultra-high precision, extreme temperatures, pressures, or energy densities—as well as the fabrication of materials and devices with extreme properties or performance characteristics. The journal’s scope encompasses a broad yet specialized range of topics, including but not limited to advanced micro- and nano-fabrication, additive and subtractive manufacturing at the atomic or molecular scale, high-energy beam processing (laser, electron, and ion beam), ultra-precision machining, and novel techniques for producing metamaterials, flexible electronics, and biomedical devices. It publishes a variety of article types, including original research articles, comprehensive reviews, rapid communications, and perspectives that critically assess emerging trends and future directions. The primary target audience comprises academic researchers, industrial engineers, and graduate students working at the intersection of mechanical engineering, materials science, physics, and chemistry. As a Q1 journal in the JCR quartile rankings, its standing in the field is extraordinary, consistently placing it among the most influential and highly cited journals globally. This remarkable impact factor reflects its role as a leading venue for disseminating groundbreaking discoveries and technological innovations that define the next generation of manufacturing capabilities.

历年影响因子 & 年发文量

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