期刊： TRIBOLOGY LETTERS, 2021; 69 (3)
An approach to producing interfaces with tailored and repeatable normal contact stiffness using micropatterned surfaces is developed. A finite element......
期刊： TRIBOLOGY LETTERS, 2021; 69 (3)
Herein, core-shell structural SiO2@Cu and SiO2@MoS2 microspheres were prepared using SiO2 as hard core, Cu and MoS2 as shell. As lubricant additives w......
期刊： TRIBOLOGY LETTERS, 2021; 69 (4)
The functionalized graphene/montmorillonite (FG/MTT) nanosheet was synthesized through chemical bonding by a simple, green method, which had remarkabl......
期刊： TRIBOLOGY LETTERS, 2021; 69 (2)
The effect of surface texture on friction reduction under fluid lubrication has been broadly acknowledged in the tribology community. However, the lac......
期刊： TRIBOLOGY LETTERS, 2021; 69 (2)
This paper investigated the mechanism of enhancing the mechanical and tribological properties of nitrile rubber (NBR) via the addition of nano-SiO2 on......
期刊： TRIBOLOGY LETTERS, 2021; 69 (3)
Wear of polyimide composite cage due to lubrication failure has a significant impact on the lifetime of bearing, but the related mechanisms are still ......
期刊： TRIBOLOGY LETTERS, 2021; 69 (3)
We carried out molecular dynamics simulations to study the effects of environmental moisture and functional groups on the sliding adhesive behaviour o......
期刊： TRIBOLOGY LETTERS, 2021; 69 (4)
The friction behavior of high-purity titanium in microscale was experimentally investigated by using atomic force microscopy to scan two neighboring g......
期刊： TRIBOLOGY LETTERS, 2021; 69 (3)
The erosion mechanism and deformation characteristics of rhomboid-shaped particle impacting metal beam are studied. Physical experiments of rhomboid-s......
期刊： TRIBOLOGY LETTERS, 2021; 69 (4)
The influence of friction blocks connection configuration on the interfacial tribology behavior and FIVN (friction-induced vibration and noise) of the......
期刊： TRIBOLOGY LETTERS, 2021; 69 (3)
Four lithium greases were prepared with paraffinic oil, naphthenic oil, poly-alpha-olefin (PAO) and polyol ester (PE), respectively. Their physiochemi......
期刊： TRIBOLOGY LETTERS, 2021; 69 (2)
The lubrication performance of a bearing is determined by low friction and high load carrying capacity, which can be theoretically facilitated by part......
期刊： TRIBOLOGY LETTERS, 2021; 69 (3)
In order to obtain a high material removal rate and good surface quality, the effect of Cu2+ ions and glycine complex as a catalyst on the chemical me......
期刊： TRIBOLOGY LETTERS, 2021; 69 (4)
Due to thermal degradation, the tribological performance of fluororubber (FKM) at high temperature is not satisfactory, despite its excellent temperat......
