The tooth of end milling cutter is an important part that affects the milling performance and
the machining quality. Grinding is one of the most common methods to repair worn edge of …

Conventional global processing technology with uniform processing parameters for complex
curved surface parts easily tends to uneven error distribution and local out-of-tolerance, and …

End mills with variable helix angles in a certain range can suppress the cutting vibration,
and the change of the core radius can improve the cutting rigidity and realize the best match …

Solid end mills with variable helical angles within a certain range can effectively mitigate
cutting vibration and enhance the machining quality. However, the grinding process for …

In this article, finite element method (FEM) based tool stress analysis and breakage
prediction are advanced for meso-scale shoulder milling of hardened stainless steel. Rather …

This paper presents a Finite Element Analysis (FEA) simulation study conducted on ball
endmill for fixed 3+ 1 and 3+ 2 axis orientations for machining Ti-6Al-4 V. This work adopts a …

Micro-milling tool breakage has become a bottleneck for the development of micro-milling
technology. A new method to predict micro-milling tool breakage based on theoretical model …

This paper aims to develop field-deployable mechanistic milling models with the aid of the
Virtual Machining Simulation Environment (VMSE). Stabler's rule and sharp tool hypotheses …

Machining optimization algorithms in end-milling with helical cutters require an efficient and
accurate model of the uncut chip thickness (UCT) at every location along the cutting flutes …

This study aims to establish an intellectual method of selecting feed rate in meso-scale
rough milling processes. This process requires appreciations of two fundamental sub-topics …