From the analysis of the cutting forces
components (Figs. 9‐11) in case of conventional
CLF dosing application, it can be concluded that
the value of the cutting forces components
increase with increasing feed and depth of cut.
When MQL technology is applied, the values of
cutting forces increase with feed and depth of
cut as well. The values of force components Ff
and Fp were smaller than the values of Fc
component for both dosing techniques, which is
consistent with the theoretical assumptions.
Penetration cutting forces Fp and feed cutting
forces in MQL technique are greater than
conventional technique of CLF dosing