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 …

The precise modeling of the instantaneous undeformed chip thickness is one of the key
issues in the mechanics of micromilling. While most current models noticed the influences of …

One of the major limitations of micro-milling applications in industries is its fast tool wear,
which leads to low machining precision and efficiency. An accurate force model is …

Cutting force modelling has been one of the most important tools for understanding the
dynamics and for process control of micro milling. While current studies have widely …

Precision components often require micro-milling, where burrs may occur as surface defects.
Such defects are likely to be influenced by the stress state in the raw material prior to micro …

Determination of optimal parameters of cutting tool is one of the most significant factors in
any operation planning of metal elements, especially in micro-milling process. This article …

This paper presents the experimental investigation of machinability parameters in high-
speed micro-end milling of Ti alloy (grade-2) with uncoated tungsten carbide micro-end mills …

Avoidance of resonance in fluctuation of milling tool is vital for reaching excellence quality
and performance of the cutting operation. The cutting tool in resonance condition vibrates …

Micro-milling is one of the micro-manufacturing techniques used for creating micro-scale
features. In this article, a size-dependent formulation based on the strain gradient elasticity …

摘要微细铣削可以加工三维自由曲面及复杂零件, 其应用前景日益广阔. 然而由于刀具尺寸及
加工参数的急剧减小, 微细铣削表现出显著不同于传统铣削的切削特性, 因此近年来研究人员对 …