基本信息
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Bio
Main Research Activities
Tribology
Actively involved in Tribology research for over thirty years.
Developed an efficient and robust technique for the measurement of a wide lubricating film thickness range from micro to nanometers.
Currently studying on lubrication system with film thickness ranging from micro to nano scales.
Rolling element bearings
Life of rolling ball bearings in contaminated conditions through tailored experiment, microscopy and finite-element modeling.
New lubrication mechanism for bearings running under zero entrainment condition.
Invented a new retainerless rolling element bearing type.
Interfacial slippage
Successfully developed a novel lubrication means to facilitate effective lubrication of parallel faces – a common feature in micro/nano systems based on the principle of interfacial slippage between the fluid and solid surfaces.
Contact mechanics
Invented a new algorithm to solve 3D contact problems, enabling the solutions of any wedge, not only restricted to wedge angle of half-space) or quarter-space.
Developed an efficient and explicit method to obtain the surface deformation of quarter-space under normal load.
Tribology
Actively involved in Tribology research for over thirty years.
Developed an efficient and robust technique for the measurement of a wide lubricating film thickness range from micro to nanometers.
Currently studying on lubrication system with film thickness ranging from micro to nano scales.
Rolling element bearings
Life of rolling ball bearings in contaminated conditions through tailored experiment, microscopy and finite-element modeling.
New lubrication mechanism for bearings running under zero entrainment condition.
Invented a new retainerless rolling element bearing type.
Interfacial slippage
Successfully developed a novel lubrication means to facilitate effective lubrication of parallel faces – a common feature in micro/nano systems based on the principle of interfacial slippage between the fluid and solid surfaces.
Contact mechanics
Invented a new algorithm to solve 3D contact problems, enabling the solutions of any wedge, not only restricted to wedge angle of half-space) or quarter-space.
Developed an efficient and explicit method to obtain the surface deformation of quarter-space under normal load.
Research Interests
Papers共 121 篇Author StatisticsCo-AuthorSimilar Experts
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Tribology Lettersno. 1 (2024): 1-12
TRIBOLOGY INTERNATIONAL (2024): 109244
PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART J-JOURNAL OF ENGINEERING TRIBOLOGYno. 3 (2024): 320-331
crossref(2024)
LUBRICANTSno. 12 (2023): 512
LUBRICANTSno. 3 (2023): 93-93
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