An error measurement experiment and a machining experiment were conducted on a five-axis machining center with a titling rotary table.
The machining experiments are performed based on standard RSM design called central composite design (CCD).
The machining experiments are carried out on lathe using two levels of factors.
The machining experiments were conducted on all geared lathe using coated cermet tool inserts with two level of factors.
The machining experiments were conducted on lathe using tungsten carbide tool inserts (K10) with two levels of factors.
By use of computer-aided manufacturing software of Pro/Engineer to plan complex 3D scanning paths, machining experiments were carried out to verify the proposed algorithms.
The machining experiments were conducted based on response surface methodology (RSM) and sequential approach using face centered central composite design.
Similar end-gas auto-ignition process in super rapid compression machine experiments is first been qualitatively reproduced through LES.
Rapid compression machine experiments were performed for fuel/air mixtures at equivalence ratios of 0.5, 1.0, and 2.0, in the temperature range 895 1140 K for the H2 and CO mixtures and 730 1060 K for the natural gas mixtures and at pressures of 10 and 30 bar.
