Sentence examples for abrasive flow from inspiring English sources

Ultrafine particles suspended in the medium of abrasive flow removes the material in nanoscale.

Abrasive flow polishing plays an important part in modern ultra-precision machining.

In the abrasive flow polishing experiment, the workpiece was usually cut with SiC abrasive.

A widely used solution for those challenges on inner contours is abrasive flow machining.

Abrasive flow machining is well suited for finishing process of such hard-to-reach internal surfaces.

In the simulation model of abrasive flow simulation, two abrasive particles are used for cutting the workpiece material.

The synergistic effect stemming from a combined use of the chemical and abrasive flows was investigated by studying: a) the flow of abrasive particles suspended in water, b) the flow of a chemical solution without abrasives, and c) the flow of abrasive particles suspended in a chemical solution.

The results obtained show that by employing the combined chemical-abrasive flow polishing technique, semi-welded particles on the interior surfaces of IN625 components can be completely removed and the surface roughness and texture, significantly improved.

Abrasive mass flow rate increases if air pressure, nozzle diameter or valve opening increase.

Increasing the hydraulic pressure and abrasive mass flow rate may result in a better machining performance for both criteria.

Abrasive particle flow polishing technology plays an important role in many fields of precision machining and is just like other non-traditional finishing technologies which improve surface quality.