Sentence examples for radius tool from inspiring English sources
Images were analyzed after background correction using the rolling ball radius tool (50 pixels).
The machining parameters under investigation were depth-of-cut, feed rate, surface cutting speed, tool radius, tool rake angle and side rake angle, and cutting fluid.
Process parameters (tool nose radius, tool rake angle, feed rate, cutting speed, depth of cut and cutting environment) are investigated using Taguchi's robust design methodology.
The six parameters i.e. tool nose radius, tool rake angle, feed rate, cutting speed, cutting environment (dry, wet and cooled) and depth of cut are varied to investigate their effect on output responses.
To study cutting forces, tip's surface temperature, the mechanism of secondary chip and main chip formation when turning stainless steel with a chamfered main cutting nose radius tool are considered to have pre-wear.
The formula suggested by Drozhzhin (1983) contains the following factors: drill bit cutting edges rounding radius, tool cutting wedge angle of processed surface in contact with the rear surface of the tool, tool clearance angle, ratio, taking into account the processed material and stiffness of the system machine-adaptation-tool-work piece.
I agree with the reader R.M. Weisman from PA who recommends Radius tools.
This study focuses on the collection and analysis of cutting-force, tool-vibration and tool-modal-parameter data generated by lathe dry turning of mild carbon steel samples at different speeds, feeds, depths of cut, tool nose radii, tool lengths and workpiece lengths.
Results show that the flank wear is influenced principally by the cutting speed and the interaction effect of feed rate with nose radius of tool, and the cutting speed and the tool corner radius have statistic significance on the surface roughness.
Results indicated that the flank wear was influenced principally by cutting speed (43%) and marginally by interaction effect of nose radius of tool with feed (12.84%).
The formability was observed to show an inverse V-type pattern which revealed that there is a critical radius of tool (Rc) that maximizes the formability in SPIF.
