Development of Research on Friction and Wear of High Performance and high Temperature Polymer Composites;

Effect of friction on deforming condition during tube expanding process;

Determination of friction coefficient based on finite element analysis;

Tribology and Wear of MoS_2/Ti Composite Films;

Tribology is the key factor that causes micro-components disabled in micro-electro mechanical system.

Compensating For the Super-Long Precision Rubbing Rollor’s Flexure

In this paper, using infrared dichroism, the researchers quantitatively analyzed the LC scalar order parameters on the surface of an alignment layer after rubbing treatment.

With reference to the special features of Alstom type 330MW sets, the paper analyses the factors that causes high bearing temperature, the development of excessive vibration as well as ways of dealing with the rubbing between stationary and rotating parts.

Ball-on-disc T11 wear equipment and high temperature THT07-135 wear equipment were used to assess the slide wear factors of high velocity arc sprayed (HVAS) Fe-Al/Cr_3C_2 coating; SEM,TEM and X-ray methods were used to analysis the morphology and elements of wear scars, and the structure and phases of crossed sections.

Scanning Electron Microscope (SEM) analysis showed that water restrained the ability of polymers to form transfer film on steel counterface, the friction and wear were gove.

The research on tribology of steel(ferrous)-matrix composites reinforced by particles was reviewed in this paper, including tribological characteristics and properties of composite, the discussion of wear mechanism and the factors effecting wear resistance.