代表性论文、著作及标准制定 | 发表JCR
Q1论文100多篇;出版中文著作6部,参著英文著作1部;主持制定国家标准2项,参与制定国家标准5项。入选“全球前2%顶尖科学家榜单”(终身影响力和年度影响力)。 代表性论文、著作及标准制定如下: [1]
X Rao, CQ
Yuan,
ZW Guo, YC Xu, CX Sheng. Methanol as an alternative fuel for
marine engines: A comprehensive review of current state,
opportunities, and challenges [J]. Renewable
Energy,
2025,252: 123562 [2]
X Rao, YC Xu, ZW Guo, CX Sheng, CQ
Yuan.
Mechanistic insights into evolution of lubricating oil in marine
ammonia engines: from molecular interactions to macroscopic
performance [J]. International
Journal of Hydrogen Energy,
2025, 157: 150495 [3]
DG Tang, PX Ge, CQ
Yuan,
HD Ren, XH Zhong, MW Dong, GD Agundis-Tinajero, C Diaz-Londono,
JM Guerrero, E Zio. Optimal management of coupled
hydrogen-electricity energy systems at ports by multi-time scale
scheduling [J]. Applied
Energy,
2025, 391: 125885 [4]
ZM Zheng, CL Dong, XQ Bai, CQ
Yuan,
T Cai. A novel biomimetic strategy for improving lubrication
performances of modified UHMWPE inspired by the slippery gel
release behavior of chia seeds [J]. Composites
Part B-Engineering,
2025, 301: 112520 [5]
XH Bian, CQ
Yuan,
JR Tang, YP Yuan. AC/DC hybrid electrical power distribution
network planning approach with network topology-variables
considering harmonic interaction influence in port [J]. Renewable
& Sustainable Energy Reviews,
2025, 214: 115483 [6]
EC Xue, ZW Guo, ZM Wu, QR Huang, CQ
Yuan.
Multisensing and friction improvement of water-lubricated
bearings via embedded polyimide/MWCNT nanofiber films [J].Measurement,
2025, 248: 116935 [7]
ZM Wu, ZW Guo, CQ
Yuan.
Insight into the influence of the anatomical properties of wood
on the tribological properties [J].Journal
of Cleaner Production,
2022, 330: 129800. [8]
CL Dong, YY Yang, CQ
Yuan,
XQ Bai, ZW Guo. Effects of anisotropy of lignum vitae wood on its
tribological performances [J]. Composites
Part B: Engineering,
2022, 228: 109426. [9]
ST Liu, CL Dong, CQ
Yuan,
XQ Bai. Friction reduction behavior of oil-infused natural wood
[J]. Friction,
2022, 10(11): 1824-1837. [10]
X Rao, ZW Guo, CQ
Yuan,
et al. Effects of textured cylinder liner piston ring on
performances of diesel engine under hot engine tests [J].Renewable
& Sustainable Energy Reviews,
2021, 146: 111193. [11]
ST Liu, CL Dong, CQ
Yuan,
XQ Bai, Y Tian, GL Zhang. A new polyimide matrix composite to
improve friction-induced chatter performance through reducing
fluctuation in friction force [J]. Composites
Part B: Engineering,
2021, 217: 108887. [12]
PC Pan, YW Sun, CQ
Yuan,
XP Yan, XJ Tang. Research progress on ship power systems
integrated with new energy sources: A review [J]. Renewable
& Sustainable Energy Reviews,
2021, 144: 111048. [13]
CB Wang, XQ Bai, CL Dong, ZW Guo, CQ
Yuan,
A Neville. Designing soft/hard double network hydrogel
microsphere/UHMWPE composites to promote water lubrication
performance [J]. Friction,
2021, 9, 551-568. [14]
ZX Yang, ZW Guo, ZR Yang, CB Wang, CQ
Yuan.
Study on tribological properties of a novel composite by filling
microcapsules into UHMWPE matrix for water lubrication [J].Tribology
International,
2021, 153: 106629. [15]
CB Wang, XQ Bai, ZW Guo, CL Dong, CQ
Yuan.
A strategy that combines a hydrogel and graphene oxide to improve
the water-lubricated performance of ultrahigh molecular weight
polyethylene [J]. Composites
Part A: Applied Science and Manufacturing,
2021, 141: 106207. [16]
PC Pan, CQ
Yuan,
YW Sun, XP Yan, MJ Lu, R Bucknall. Thermo-economic analysis and
multi-objective optimization of S-CO2Brayton cycle waste heat recovery system for an ocean-going 9000
TEU container ship [J]. Energy
Conversion and Management,
2020, 221: 113077. [17]
P Cao, KW Liu, XD Liu, W Sun, DL Wu, CQ
Yuan,
XQ Bai, C Zhang. Antibacterial properties of Magainin II peptide
onto 304 stainless steel surfaces: A comparison study of two
dopamine modification methods [J]. Colloids
and Surfaces B-Biointerfaces,
2020, 197: 111198. [18]
P Cao, CW Du, XY He, C Zhang, CQ
Yuan.
Modification of a derived antimicrobial peptide on steel surface
for marine bacterial resistance [J]. Applied
Surface Science,
2020, 510: 145512. [19]
YC Qiu, CQ
Yuan,
JR Tang, XJ Tang. Techno-economic analysis of PV systems
integrated into ship power grid: A case study [J]. Energy
Conversion and Management,
2019, 198: 111925. [20]袁成清、汤旭晶、孙玉伟、邱爰超,船用光伏发电系统[M],科学出版社,2024 [21]白秀琴、贺小燕、危卫、袁成清,船体表面防污减阻技术[M],武汉理工大学出版社,2020(湖北省学术著作出版专项基金资助) [22]袁成清、董从林、郭智威,丁腈橡胶水润滑轴承材料磨损机理与寿命评估[M],武汉理工大学出版社,2019(湖北省学术著作出版专项基金资助) [23] 严新平、白秀琴、袁成清,船舶摩擦学[M],武汉理工大学出版社,2016(湖北省公益出版基金资助) [24] 严新平、徐立、袁成清,船舶清洁能源技术[M],国防工业出版社,2015(入选“十二五”国家级规划教材) [25] 袁成清,机械系统磨损测试与评价[M],武汉理工大学出版社,2012(湖北省公益出版基金资助) [26] Chengqing
Yuan,
Xinping Yan, Zhixiong Li, et al, Remote Fault Diagnosis System
for Marine Power Machinery System (Chapter 15 in Book:Diagnostics
and Prognostics of Engineering Systems: Methods and Techniques),
IGI-Global, 2012 [27]袁成清,马卫平,梁丽芬,付忠广,丁卫国,李克,黄海舟,张大国,吴海东,宋军,赵之玉,付涛,罗刚.
GB/T 23718.5-2024(机器状态监测与诊断 人员资格与人员评估的要求 第5部分:润滑剂实验室技术人员/分析人员) [28]袁成清,李海英,邓剑,黄海舟,萧汉梁.
GB/T 23718.4-2015(机器状态监测与诊断 人员资格与人员评估的要求 第4部分:现场润滑剂分析) |