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Journal of Pipeline Systems Engineering and Practice
出版商:American Society of Civil Engineers · ISSN:1949-1190, 1949-1204 · 国家/地区:US · 类型:journal · 官网:http://ascelibrary.org/journal/jpsea2
研究主题:Geotechnical Engineering and Underground Structures · Water Systems and Optimization · Structural Integrity and Reliability Analysis · Geotechnical Engineering and Soil Stabilization · Geotechnical Engineering and Analysis
数据覆盖:10 个公开学术数据源交叉核验(crossref、fqb、jcr、openalex、scimago、submission、wikidata、xr、cwts、jufo)。
数据来源与实体核验
期刊官网 · OpenAlex 期刊实体 · Wikidata 期刊实体
核心指标
- 影响因子(JCR 2025):2.500
- JCR 分区:Q3(ENGINEERING, CIVIL)
- 中科院分区(2025):工程技术 4区,大类排名 665/1437;小类:ENGINEERING, CIVIL 工程:土木 4区,排名 86/180
- 新锐分区(2026):工程技术 4区
- SJR:0.446(Q2),2025 年,United States
- CWTS 2025:SNIP 0.853 · IPP 2.598 · 自引率 9.7%
- JUFO 出版渠道等级:芬兰 1 · 挪威 1
- h-index:44
- i10 指数:339
- 近两年篇均被引:1.89
- 载文量 1058 · 总被引 10760
- Crossref DOI 总量:1053,近期 325
逐年趋势
- 近年影响因子:2020 1.95 → 2021 1.92 → 2022 2 → 2023 1.8 → 2024 1.7
- 近年 SJR:2021 0.459(Q2) → 2022 0.483(Q2) → 2023 0.44(Q2) → 2024 0.367(Q3) → 2025 0.446(Q2)
投稿参考
- 提供 LaTeX 投稿模板(ascelike.cls)
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常见问题
《Journal of Pipeline Systems Engineering and Practice》的影响因子是多少?
根据 JCR 2025 年数据,《Journal of Pipeline Systems Engineering and Practice》的最新影响因子(IF)为 2.500。
《Journal of Pipeline Systems Engineering and Practice》是几区期刊?
《Journal of Pipeline Systems Engineering and Practice》中科院分区(2025年版)为工程技术4区,JCR 分区为 Q3。
本刊近期代表论文
- Leakage Detection Using Probabilistic Neural Networks and Model-Based Localization Using Quantum Genetic Algorithms in Real Water Supply Networks (2025)
- Natural Gas Transmission Pipeline Leak Detection Model Based on Acoustic Emission and Machine Learning (2024 · 被引 9)
- Damage Identification of Pipeline Based on Ultrasonic Guided Wave and Wavelet Denoising (2021 · 被引 72)
- Dynamic Analysis and Parameter Optimization of Pipelines with Multidimensional Vibration Isolation and Mitigation Device (2020 · 被引 69)
- Effect of Bentonite Slurry Pressure on Interface Friction of Pipe Jacking (2016 · 被引 57)
- Acoustic Detection of Leaks in Water Pipelines Using Measurements inside Pipe (2011 · 被引 178)