Cutting force modeling is essential for comprehending the dynamic mechanics of the micro-
milling process. Accurate calculation of the cutter-workpiece engagement is crucial for …

Micro-milling is widely used to process micro-parts and structures, which has the
advantages of high material removal rate, high precision and high flexibility of applicable …

Accurate cutting force prediction is crucial in improving machining precision and surface
quality in the micro-milling process, in which tool wear and runout are essential factors. A …

Micro-milling with diamond tools is essential for manufacturing complex, high-precision
micro/nano components. However, when machining ferrous metals, such as the widely used …

Glow discharge polymer (GDP) is used as the ablator material in inertial confinement fusion
(ICF) applications. Its machining surface quality and geometric accuracy directly affect its …

Analytical cutting models have recently become quite widespread due to the simplicity and
rapidity of calculations as well as the stability of the solutions. This paper considers a …

Micro-milling is widely used to make micro-channels in various fields. In this study, micro-
milling of rectangular bronze microchannels was carried out with carbide end mills with a …

Porous titanium is a new biomechanical implant material due to the good mechanical
properties and biocompatibility. In order to meet the manufacturing needs of anisotropic …

Tool condition is the key factor affecting the quality and efficiency of precision cutting of
parts. As tool wear is inevitable during machining, tool wear status during machining must …

The surface burnishing tool (SBT) is optimized for aluminum alloys' surface hardness and
surface roughness. The SBT's rolling body wears during machining and reaches a certain …