The correlation coefficients between geometric mean length and screen size, feed rate, and speed were 0.980, 0.612, and −0.027, respectively.
Size-related parameters, namely, geometric mean length, Rosin Rammler size parameter, median length, effective length, and size guide number, were well predicted at R2 values of 0.981, 0.982, 0.979, 0.950 and 0.978, respectively as a function of knife mill screen size, feed rate, and speed.
Conover and Munch (2002) and Walsh et al. (2006) showed that experimentally harvesting large Atlantic silverside Menidia menidia in a laboratory setting could lead to genetic and phenotypic changes in several fitness-related traits (growth rates, egg size, feeding rates, etc).
Screen size and feed rate directly influenced particle size, whereas operating speed had a weak indirect relation with particle size.
The shredded tyre particle size, the feed rate of the feed stock, and the pyrolysis temperature were varied systematically as per the designed experiment to study their influence on product yield.
This paper presents the effect of process parameters like voltage supplied to the electromagnet, machining gap, rotational speed of electromagnet, abrasive size and feed rate on finishing forces during MFAAF process.
The results obtained after finishing have been analyzed to determine the effect of different process parameters like working gap, rotational speed, percentage weight of abrasive, abrasive mesh size and feed rate for individual work material and to study various interaction effects that may significantly affect the finishing performance of the process.
The model required a deep study of the powder size distribution and feed rate because of their importance as input parameters.
The effect of key processing variables on the formation of HEA claddings and the compositional mixing between the deposited layer and the substrate was investigated through a three-level parametric study on laser power, laser scanning speed, laser beam size, powder feeding rate and hatch distance.
In present study jigging experiments were performed using laboratory Denver mineral jig by varying feed size, water rate, and feed rate.
An experimental design, including variables such as API/mannitol particle size, API amount, powder feed rate and mixer speed, enabled the output quality of the provoked process to be assessed.
