Sentence examples for solid friction from inspiring English sources

Future work would require a more fundamental approach to understand the solid friction phenomenon for further accurate modeling.

This paper presents results from an ongoing investigation into the modeling of solid friction factor for fluidized dense-phase pneumatic transport of powders.

Although these actuators have their own merits in their specific applications, they cannot satisfy the high-precise-positioning requirements in active and adaptive optics because of their inherent drawbacks such as hydraulic leakage, lagging, solid friction and insufficient accuracy.

A new approach of modelling solid friction factor using a volumetric loading ratio term has provided better scale-up accuracy when the model predictions were compared with experimental data.

This paper presents the results of an ongoing investigation into modelling important design criteria, such as minimum transport condition, straight-pipe pressure drop and solid friction factor for fluidized dense-phase pneumatic conveying of powders.

When mechanical stresses are relaxed by damage accumulation at interfaces, the IF measurements as a function of the vibration amplitude exhibit a peak P which has been connected with solid friction at metal fiber interfaces and interface loosening.

This has led to correlate the with the liquid-solid friction factor within a +30% accuracy.

To develop an improved model for solids friction factor, an existing reliable pure dilute-phase model has been modified for dense-phase flow condition by incorporating sub-models for particle to actual gas velocity and impact and solids friction factor.

To develop a solids friction-factor model suitable for dense-phase flow, we modified an existing pure dilute-phase model by incorporating sub-models for particle and actual gas velocities and impact and solids friction factor.

The results demonstrate the importance of incorporating particle and actual gas velocity terms in the model of solids friction factor instead of the prevailing techniques that overly depend on using superficial gas velocities.

The developed solids friction factor model was validated by using it to predict the total pipeline pressure drops for larger and longer pipelines and by comparing the experimental and predicted pneumatic conveying characteristics.