TRIBOLOGY

作品数：235被引量：774H指数：13
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Environmentally friendly tailor-made oleo-dispersions of electrospun cellulose acetate propionate nanostructures in castor oil for lubricant applications
《Nano Materials Science》2025年第1期90-104,共15页M.A.Martín-Alfonso J.F.Rubio-Valle J.P.Hinestroza J.E.Martín-Alfonso J.M.Franco 
sponsored by MCIN/AEI/10.13039/501100011033;“ERDF A way of making Europe”(grant PID2021-125637OB-I00);FEDER/Junta de Andalucía Programmes(grants PY20_00751 and UHU202029).
The aim of this work is to find an alternative lubricating grease formulation that can be produced from renewable and biodegradable sources with minimal risks to human health and the environment.We used a castor oil a...
关键词：Cleaner products Green lubricants NANOFIBERS Rheology TRIBOLOGY 
Tribological evaluation of Al_(2)O_(3)/GO/ZnO tripartite hybrid based nanofluid for grinding Ti-6Al-4V alloy with minimum quantity lubrication
《Frontiers of Mechanical Engineering》2025年第1期1-26,共26页Yusuf Suleiman DAMBATTA Benkai LI Yanbin ZHANG Min YANG Peiming XU Wei WANG Zongming ZHOU Yuying YANG Lan DONG Changhe LI 
financially supported by the National Natural Science Foundation of China(Grant Nos.52305477,52375447,52305474,and 52205481);the Major Special Projects of Aero-engine and Gas Turbine,China(Grant No.2017-VII-0002-0095);the Natural Science Foundation of Jiangsu Province,China(Grant No.BK20210407);the Special Fund of Taishan Scholars Project,China(Grant No.tsqn202211179);the Youth Talent Promotion Project in Shandong,China(Grant No.SDAST2021qt12);Qingdao Postdoctoral Researchers Applied Research Project,China(Grant No.QDBSH20230102050);the Support plan for Outstanding Youth Innovation Team in Universities of Shandong Province,China(Grant No.2023KJ114);Qingdao Science and Technology Planning Park Cultivation Plan(Grant No.23-1-5-yqpy-17-qy).
Machining-induced damages encountered during the grinding of titanium alloys are a major setback for processing different components from these materials. Recent studies have shown that nanofluid (NF)-based minimum qu...
关键词：hybrid nanolubricant TRIBOLOGY GRINDING surface quality Ti-6Al-4V minimum quantity lubrication 
Status and prospects of tribology in the Republic of Korea
《Friction》2025年第1期11-27,共17页Hae-Jin Kim Yong Hoon Jang Dae-Eun Kim 
supported by the National Research Foundation of Korea(NRF)grant funded by the Korea government(MSIT)(NRF-2022R1C1C1011130 and RS-2023-00222166(HJK))(NRF-2021R1A2C3010731(YHJ)).
Tribology has played an essential role in the advancement of technology and the development of economies all over the globe.As such,a significant part of the Korean industry has benefitted from design solutions and re...
关键词：FRICTION WEAR LUBRICATION TRIBOLOGY Republic of Korea 
Why insect pretarsi are equipped with two claws:Elastically connected claws and their interlocking dynamics with the rough substrate
《Friction》2025年第1期173-181,共9页Stanislav N.Gorb Alexander Kovalev Alexander E.Filippov 
Funding to Stanislav N.Gorb by the grant GO 995/34-2 within the SPP 2100 Soft Material Robotics from the German Science Foundation(DFG)is acknowledged.
In the course of their evolution,insects developed diverse supplementary structures on their legs to enable them to grip a variety of substrata.Sufficient grip is required to generate propulsive forces by friction or/...
关键词：numerical model random surface movable digital automata biomechanics TRIBOLOGY attachment 
Academic and industrial tribology research in India-Current status
《Friction》2025年第1期205-212,共8页Sujeet K.Sinha 
With recent economic developments in India and a large thrust toward green technology and sustainability,tribology research has diversified from industrial maintenance and lubricant-centric tribology a few decades ago...
关键词：tribology in India lubricants COATINGS BIO-TRIBOLOGY 
Tribotronic components:A revolution transforming machine elements into cyber-physical systems
《Friction》2025年第1期51-66,共16页Ian Sherrington Sergei Glavatskih 
support provided by the Swedish Energy Agency(No.P2020-90310);the Swedish Research Council(No.2022-04819);the Swedish Research Council for Sustainable Development(No.2023-02034).
This paper explores the development of a subject called“tribotronics”,the science of actively controlled tribological elements,and considers the potential of tribotronics as part of a revolutionary machine element d...
关键词：tribotechnology tribotronics active tribology 
Tribology in China
《Friction》2025年第1期67-84,共18页Zhongrong Zhou 
the National Natural Science Foundation of China for support(Nos.52027807 and 52435004).
The history of tribology research in China is reviewed briefly in this paper.Developmental stages are divided,and some memorable events in tribology research in China are introduced from my personal view.The statistic...
关键词：TRIBOLOGY China LUBRICATION SUPERLUBRICITY WEAR biotribology and bionictribology NANOTRIBOLOGY surface engineering machine elements extreme conditions 
Polymer transfer film formation from cryogenic to elevated temperatures
《Friction》2024年第9期2018-2032,共15页Kian BASHANDEH Vasilis TSIGKIS Ahmad AMIRI Pixiang LAN Andreas A.POLYCARPOU 
supported by Small Business Innovation Research(SBIR)Phase II contract No.#80NSSC20C0180.
This study reports on the tribological performance of aromatic thermosetting co-polyester(ATSP)and polyether ether ketone(PEEK)-based polymer composite coatings mixed with PTFE filler.The coatings were tested across a...
关键词：transfer film CRYOGENIC high temperature tribology space tribology polymer coating 
Effect of Heat Treatments on Tribology Property of Ti6Al4V Alloy Under Dry Friction
《稀有金属材料与工程》2024年第8期2174-2181,共8页Huang Junyuan Zhang Wei Fang Weiping Chen Jingyun 
National Natural Science Foundation of China(51975036);Guangdong Province Key R&D Project(2018B090904004)。
Ti6Al4V alloy manufactured by electron powder bed fusion(EPBF)was separately heat-treated by stress-relief annealing at 600℃,annealing at 800℃,and solid solution at 920℃ for 1 h.Then,the friction and wear tests wer...
关键词：Ti6Al4V alloy electron powder bed fusion heat treatment anti-friction performance wear resistance 
Anisotropic tribology and electrification properties of slidingmode triboelectric nanogenerator with groove textures
《Friction》2024年第8期1828-1837,共10页Weixu YANG Jieyang WANG Xiaoli WANG Ping CHEN 
supported by Beijing Natural Science Foundation(No.3224065);Guangdong Basic and Applied Basic Research Foundation(No.2021A1515110351);National Natural Science Foundation of China(No.51975042).
Sliding-mode triboelectric nanogenerator(S-TENG)is based on the coupling of triboelectrification and electrostatic induction,converting electrical energy from sliding motion.Introducing micro-textures into the sliding...
关键词：sliding-mode triboelectric nanogenerator groove textures direction angle performance anisotropy tribology&electrification properties 
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