Due to the constraint of tool wear, the low spindle speeds are usually adopted for the milling
of the difficult-to-cut materials, such as AerMet100 and titanium alloy etc. for the stability …

Chatter is a critical factor that impacts both the efficiency and quality of the milling, and the
process damping can suppress its occurrence. Process damping is caused by the …

Cutting stability is the prerequisite to ensure efficient and high-precision machining, resulting
in poor surface quality and damaged tool, which is the basis for the optimization of process …

Chatter usually occurs in cutting of thin-walled workpiece due to poor structural stiffness,
which results in poor surface quality and damaged tool. Aiming at process damping caused …

Process damping acts as a significant cause of increased stability in milling particularly at
low cutting speeds, which has been studied only for single-mode systems in the literature …

In this study, a practical method for modeling of process damping in milling process is
presented. The cutting forces are decomposed into two components, ie, the shearing and …

A model of process damping in milling was developed in this study. The process damping is
a critical parameter to increase the stable cutting region at low cutting speed to avoid chatter …

Regenerative chatter is an important factor affecting the efficiency and quality of robot milling
of large and complex curved parts, especially when the weak rigid posture is forced to be …

Process damping in metal cutting is caused by the contact between the flank face of the
cutting tool and the wavy surface finish, which is known to damp chatter vibrations. An …

This paper presents a new approach to predict chatter stability in cutting considering
process damping. Traditional chatter stability analysis methods enable to predict stable or …