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The robust design of flank milling parameters is dealing with the optimization of the cutting loads, milled surface roughness and the material removal rate (MRR) in the machining of an Al-alloy casting plate for injection moulds.
The surface roughness of a milled surface is an important response parameter in finishing milling.
The existing asphalt concrete (AC) surface was milled to an average depth of 102 114 mm (4 4.5 in) and the milled surface was then overlaid with a uniform 25 mm (1 in) of AC.
Notice that milled surface is much smoother than the original unmodified surface.
A cut-off value of 8 mm was used when measuring the surface roughness of the milled surface.
The results showed that the milled surface is a three-dimensional geometry that is influenced by many parameters.
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Three preparation techniques were studied: milled surfaces, milled and epoxy-bonded surfaces, and saturated milled surfaces.
In this study gene expression programming method is used for predicting surface roughness of milling surface with related to cutting parameters.
Ultrasonic vibration assisted milling surface is formed by tool tip path and influenced by vibration frequency and amplitude, cutting tool diameter, feed speed, spindle speed, spindle rotation accuracy, etc.
To provide a smooth milling surface, we introduced a non-tilted milling strategy where the ion beam was used to polish the back and front side of a wedge by rotating the stage (Fig. 2 and Fig. S2, Electronic Supplementary Material).
In areas with extensive protruding CNTs, a smooth milling surface was sought obtained by slow deposition of a thick platinum layer (about 1.5 μm) with the gaseous injection system and the ion beam.
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