The phrase "axial cutting" is correct and usable in written English.
It can be used in contexts related to machining, manufacturing, or any field that involves cutting along an axis.
Example: "The technician demonstrated the process of axial cutting to ensure precision in the final product."
Alternatives: "longitudinal cutting" or "axis-aligned cutting".
Below are some images of paintings executed by the "XYZ Triaxial Linkage Painting Machine" that Molin customized by transforming an axial cutting plotter, which is a tool commonly found in ad production houses that cuts out shapes in vinyl and other materials.
Good predictive capabilities of the numerical model for the axial cutting behaviour and large scale deformation response were observed.
Numerical simulations of the detonation as well as the axial cutting deformation process employing an Eulerian finite element formulation were performed.
The analytical model is used to estimate the tangential, radial and axial cutting forces, along with a material data base obtained from cutting experiments.
The effect of the friction force was included to the proposed solution and the total axial cutting force was determined through use of the principle of virtual power.
Relying on the data obtained during the experiments, axial cutting force, delamination effect and surface roughness are analysed and modelled using analysis of variance (ANOVA) and response surface methodology (RS M techniques.
But they just got the conclusion that "the axial force and cutting force of the topper cutter is bigger than the both sides cutters" qualitatively (Han Laiju et al. 1992), and did not give the quantitative analysis.
The tests are performed at several feed rates (f) while the axial depth of the cut and cutting speed remain constant in dry cutting conditions.
The influences of the axial depth of cut on the cutting force and the fluctuation are studied based on the proposed index.
Based on the analysis of the data it has been revealed that the bridge experiences no more than 10% of the axial component of the cutting force and the bridge between the teeth symmetrically arranged with respect to the axis of the cutter does not affect the horizontal components of the cutting force.
In this work, the influence of important common machining process variables like feed, cutting speed and axial depth of cut on the output parameters such as surface roughness and amplitude of tool vibration levels in Al-6061 workpieces has been studied.
