Sentence examples for design milling from inspiring English sources

The DEM can also be used to design milling equipment and predict the breakage of particles.

Over the years steady improvements have occurred in equipment design; milling has evolved from stamp mills, through tube mills and ball mills, to the large semi-autogenous grinding (SAG) and fullyautogenous grinding (FAG) circuits in modern gold plants.

Three factors were included in the design: milling frequency in Hz (A), milling time in h (B), and the initial relative weight percentage of GO/SPIOs (RPInitial), being loaded into the milling jar (C).

Y-TZP blanks (Weiland, Weiland Dental, Pforzheim, Baden-Württemberg, Germany) were designed, milled, and sintered to full density using a CAD/CAM system (Zenostar, Weiland Dental, Pforzheim, Baden-Württemberg, Germany).

Additionally, the mill diameter and length are predicted to affect greatly the Peclet number, implying the importance of designing mill sizes for required product size distributions as the residence time distribution is dominated by the Peclet number.

A specially designed mill which allowed the control of pH throughout grinding was used to study the effect of grinding conditions on chalcopyrite flotation and chalcopyrite separation from pyrite.

A specially designed mill which allowed the control of pH throughout grinding was used to study the effect of grinding conditions on galena flotation and galena separation from pyrite.

The emphasis in this work is to develop a model for the overall heat transfer coefficient as a function of the load volume, mill speed and design of mill shell/liner using the energy balances in order to model energy loss from the mill.

Using computer-assisted design and milling technology (CAD/CAM), the fabrication of accurate and precise restorations became a simple procedure [3, 7].

A good understanding of the efficiency associated with ultrasonic transmission can help achieve fast and accurate design of milling tool.

However, once transferred, the software will automatically design a milling path for each AOI and perform the dissection at a significantly faster rate.