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Nature's lubrication solutions: 《Friction》2025年第1期3-9,共7页Jacob Klein; Support of this work by the European Research Council(advanced grant CartiLube 743016);the McCutchen Foundation,the Israel Science Foundation–National Natural Science Foundation of China Joint Research Program(No.3618/21);the Israel Science Foundation(No.1229/20)is gratefully acknowledged.; We briefly review the organizing principles that nature has selected to reduce friction between sliding tissues in the body to maintain their well-being.This is of especial relevance where large stresses are involved,...; 关键词：biolubrication BIOTRIBOLOGY articular cartilage lubrication hydration lubrication boundary lubrication lipid boundary layers synovial lipids

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

Machine learning-based investigations of the effect of surface texture geometry on the wear behaviour of UHMWPE bearings in hip joint implants: 《Biosurface and Biotribology》2024年第4期143-158,共16页Vipin Kumar Ravi Prakash Tewari Anubhav Rawat; The purpose of this research is to develop data-driven machine learning(ML)models capable of estimating the specific wear rate of ultra-high molecular weight polyethylene(UHMWPE)used in hip replacement implants.The re...; 关键词：artificial joint BIOMATERIALS BIOMECHANICS biomedical application biomedical devices bionic surface biosurface BIOTRIBOLOGY computer simulation human knee

Tribological properties of the beetle leg joints: 《Friction》2024年第12期2791-2807,共17页Konstantin NADEIN Alexander KOVALEV Stanislav N.GORB; supported by the grants for Konstantin NADEIN from the German Research Foundation(DFG project“Functional design of beetle leg joints:morphology,tribology,and cuticular microstructure”,NA 126472-1 and DFG project“Arthropod leg joints as biological devices:design,mechanical properties and anti-friction mechanisms”,NA 1264/3-1);Stanislav N.GORB acknowledges the project support from the German Research Foundation(DFG GO 995/34-1 within the framework of the DFG SPP 2100“Soft Material Robotic Systems”).; Tribological properties of femoro-tibial leg joints in two beetles,darkling beetle Zophobas morio and Congo rose chafer Pachnoda marginata were studied.Very low friction of 0.004 was revealed by the direct measurement...; 关键词：BIOTRIBOLOGY friction ARTICULATION contact angle surface texture LUBRICATION

Synthesis of titanium carbide coating on Ti15Mo alloy and its tribological behaviour被引量：1: 《Biosurface and Biotribology》2023年第4期176-186,共11页Hongxiang Wang Jiajia Shen Weipeng Zhang Zhentao Xu Jingjing Zheng Yong Luo; National Natural Science Foundation of China,Grant/Award Number:51875563。; Ti15Mo alloy has been regarded as one of the most potential biomedical materials due to its excellent performance.However,the low hardness and poor wear resistance of titanium alloy limit the further application.There...; 关键词：artificial joint BIOTRIBOLOGY FRICTION WEAR

The influence of lubricant temperature on the wear of total knee replacements: 《Biosurface and Biotribology》2023年第3期71-77,共7页Raelene M.Cowie Adam Briscoe Louise M.Jennings; Wellcome Trust,Grant/Award Number:WT 088908/Z/09/Z;Invibio Knees Ltd;Engineering and Physical Sciences Research Council,Grant/Award Numbers:EP/J017620/1,EP/K029592/1。; Experimental in vitro simulation can be used to predict the wear performance of total knee replacements.The in vitro simulation should aim to replicate the in vivo loading,motion and environment experienced by the joi...; 关键词：BIOTRIBOLOGY PEEK total knee replacement UHMWPE WEAR

Effects of TaN nanoparticles on microstructure,mechanical properties and tribological performance of PEEK coating prepared by electrophoretic deposition被引量：1: 《Transactions of Nonferrous Metals Society of China》2022年第10期3334-3348,共15页Lin CAO Peng ZHANG Shuang-jian LI Qi-wei WANG Da-hai ZENG Chuan-yong YU Qing-yang LI Yu-wen LIAO Zhi-dan LIN Wei LI; supported by the National Key Research and Development Program of China (No. 2018YFB2002000);the Guangdong Basic and Applied Basic Research Foundation,China (Nos. 2021A515012271, 2019A1515011220, 2020B1515120027); In order to solve the friction,wear and lubrication problems of titanium,a series of TaN/ployether−ether−ketone(PEEK)coatings were developed by electrophoretic deposition,and the effects of TaN nanoparticles on the mi...; 关键词：ployether−ether−ketone coating tantalum nitride particle reinforcement MICROSTRUCTURE mechanical properties BIOTRIBOLOGY

A review of advances in tribology in 2020–2021被引量：17: 《Friction》2022年第10期1443-1595,共153页Yonggang MENG Jun XU Liran MA Zhongmin JIN Braham PRAKASH Tianbao MA Wenzhong WANG; This work was financially supported by the National Natural Science Foundation of China(Nos.52225502,51922058,52035012,and U2141243).; Around 1,000 peer-reviewed papers were selected from 3,450 articles published during 2020–2021,and reviewed as the representative advances in tribology research worldwide.The survey highlights the development in lubr...; 关键词：LUBRICATION FRICTION WEAR surface engineering TRIBOLOGY BIOTRIBOLOGY high temperature computer simulations

Friction behaviour between a laparoscopic grasper and the large intestine during minimally invasive surgery: 《Biosurface and Biotribology》2022年第1期58-68,共11页Yan Guo Chengmo Cai Wei Li; The Key R&D project of Sichuan Province,Grant/Award Number:2018JY0552;National Natural Science Foundation of China,Grant/Award Number:51675447。; Slippage is a common phenomenon between laparoscopic graspers and tissues during minimally invasive surgery,which may lead to inefficient surgical operations,prolonged operation time,and increased patient suffering.Th...; 关键词：BIOINTERFACE BIOMATERIALS BIOMECHANICS BIOTRIBOLOGY WEAR mechanism

A review of recent advances in tribology被引量：74: 《Friction》2020年第2期221-300,共80页Yonggang MENG Jun XU Zhongmin JIN Braham PRAKASH Yuanzhong HU; National N atural Science Foundation of China(Grant Nos.51635009 and 51775460);the funding of State Key Laboratory of Tribology,China(SKLT2018C05).; The reach of tribology has expanded in diverse fields and tribology related research activities have seen immense growth during the last decade.This review takes stock of the recent advances in research pertaining to ...; 关键词：TRIBOLOGY BIOTRIBOLOGY LUBRICATION SUPERLUBRICITY FRICTION wear surface engineering

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