Aluminum alloy is the main structural material of aircraft, launch vehicle, spaceship, and
space station and is processed by milling. However, tool wear and vibration are the …

The milling process has proven to be a versatile process for the manufacturing of complex
components at the macro-and micro-scales. Development of the cutting force prediction …

Although fast-/slow tool servo (F-/STS) diamond turning is widely employed to generate
micro-structured surfaces, very limited attention has been focused on the cutting force which …

Much of the environmental footprint of a machine tool is due to the energy consumed during
its use phase. A promising strategy for reducing this energy consumption is to minimize the …

The productivity of electrical discharge machining (EDM) is relatively low owing to the
natural laws of electrical erosion. Precise EDM demands uninterrupted control of the …

Cutting force provides a basis for predicting tool wear and fracture, surface quality of
component, as well as vibration and power demand of machine tools during the process of …

A wide variety of complicated material removal methods and cutting tools have been
employed in the field of mold forming. An insight should be gained into the action law of …

Glass-ceramic is widely used in aerospace, bionics, optics and other fields with low
expansion and high strength and low dielectric loss, but its hardness and brittleness as well …

Residual stress in metal cutting is critical due to its direct influence on the performance of
components. An analytical model of residual stress in orthogonal cutting is established in …

Accurate energy consumption modeling is an essential prerequisite for sustainable
manufacturing. Recently, cutting-power-based models have garnered significant attention …