Systematic study on cutting force modelling methods for peripheral milling

A unified stability prediction method for milling process with multiple delays

“…By employing the third method described in Ref. [34], Test 1 and Test 2 are combined to calibrate the cutting force coefficients and the runout parameters. The average values from both tests are used for stability prediction in the present work.…”

Prediction of chatter stability for multiple-delay milling system under different cutting force models

“…Wan et al [34,35] treated the cutting force coefficients as another form of exponential function different from those in Refs. [31][32][33]. However, to the authors' knowledge, none of the previous works have directly investigated the influences of the instantaneous cutting force coefficients on the stability lobes of the milling system.…”

“…Nevertheless, many works [31][32][33][34][35][36][37] about cutting force modeling showed that the force prediction accuracy can be improved by adopting the instantaneous cutting force coefficients varying as a function of the instantaneous uncut chip thickness. For instance, Azeem et al [31] and Wan et al [32,33] assumed the cutting force coefficients to be a power function of the instantaneous uncut chip thickness. Wan et al [34,35] treated the cutting force coefficients as another form of exponential function different from those in Refs.…”

Investigation of tool geometry effect and penetration strategies on cutting forces during thread milling

“…Also systematic studies of the cutting force modeling methods in peripheral milling process in the presence of cutter runout have been successfully reported. Both the above studies are on peripheral milling [7]. The studies on thread milling have indicated that high tool pressure is generated which can result into an excessive tool deflection and tool breakage when milled at full thread depth [8,9].…”