Spherical grinding was conducted with a CNC grinding machine using metal-bond diamond tools with grit sizes of 25 and 15 μm under the machining conditions selected.
In a multivariable Poisson regression model it was found that incidence rate ratios (IRR) for suckling pigs are significantly lower than 1 when teeth grinding was conducted (IRR: 0.10).
Cutting and grinding pretreatments were conducted prior to HVED treatment.
Dry grinding experiments were conducted to investigate the effect of grinding depth.
All grinding operations were conducted along the rolling direction of the material.
We conducted grinding experiments using a planetary ball mill housed at the Tokyo Gakugei University FRITSCHH P-6).
We also conducted grinding experiments with a sericite standard sample JCSS-51022; The Clay Science Society of Japan [Miyawaki et al. 2010]) as the starting material, as it has an IC value (0.21 ∆°2θ), which is similar to that of the borehole core sample selected from 35.49 mbgs.
Electrical discharge machining (EDM) and electrical discharge grinding (EDG) of conducting ceramic show lower cost.
The method accuracy is validated by conducting grinding trials with tools with the calculated PGA geometries and comparing their performances (temperature, roughness and force fluctuation) to the required ones.
A comparative study for dry and underwater grinding is also conducted through experiments and shows that the MRR is higher for underwater grinding than in dry conditions at low cutting speeds.
