Thereafter, experimental milling tests were carried out to verify the effectiveness of the proposed system.
Furthermore, CFRP milling tests were performed using two kinds of cutting tools: tungsten carbide (WC Co) and polycrystalline diamond (PCD).
A battery of high speed diamond milling tests was performed in germanium to develop the parameters for machining the Alvarez components.
The milling tests were performed based on the Taguchi design of experiment method using L18 21 × 32 with a mixed orthogonal array.
In the present study, laser milling tests were carried out on aluminium oxide (Al2O3) plate, 3 mm in thickness, using a Q-Switched 30 W Yb YAG fiber laser.
However, the milling tests were carried out under just one specific condition, i.e., tool diameter 8 [mm], projection length 36 [mm], and workpiece of 60 HRC hardened steel, etc., and the helix angles of the tool were varied large enough to suppress regenerative chatter but with no quantitative discussion for their determination.
The milling tests were performed based on the Taguchi mixed-orthogonal-array for experiments, L16 (44 × 21), to determine the effect of B4C content on surface quality and energy consumption for different cutting parameters under dry- and compressed-air cooling and using an uncoated carbide insert.
Finally, results from the survey of mill tests are combined with the moment-deformation model to estimate values of the strain hardening factor to be used during elastic plastic design.
A survey of tensile tests (mill tests) is presented which shows that the strain hardening behaviour is independent of material thickness and steel grade.
In this paper, in-lab and industrial high speed milling tests have been performed on an aerospace aluminium alloy 7010-T7651.
