The phenomenon of effects of wire speed on MRR is different from another three parameters, here for second level, MRR is maximum but after that maximum wire speed insufficient time of sparking which reduce MRR.
Figure 6 Estimated first BLUR1 and BLUR2 eigenPSFs from simulations with low Poisson noise level (maximum level of 65535, 16 bits), and their associated weights over the image.
As gap current is the "larger the better" type quality characteristic, from Fig. 7, it can be seen that the third level of pulse on time (A3), first level of pulse off time (B1) and third level of peak current (C3), provide maximum value of gap current.
He asked the guards in the main unit of the maximum-security prison, where he spent most of his time alone in Cell No. 22 on the third level, crying and praying and drinking too much coffee.
As MRR is the "higher the better" type quality characteristic, it can be seen from Fig. 5 that the third level of pulse on time (A3), first level of pulse off time (B1),third level of peak current (C3) and second level of wire speed (D2) provide maximum value of MRR.
The phenomenon of effects of wire speed on machining time is different from other three parameters, here for second level, cutting speed is maximum which reduces machining time but after that because of insufficient time of sparking at level No. 3, cutting speed is reduced therefore machining time increases.
Six dynamic features are shown: the amplitude of the first peak (First Maximum), the timing of the first peak (First Translocation Time), the time between the first and the second peaks (First Period), the level of the first minimum (First Minimum), the amplitude of the second peak (Second Maximum), and the asymptotic Steady State value.
The study design was therefore modified into a phase I/II clinical trial, with an amendment to the protocol, introducing a second dose level of maximum 90 mg kg−1 day−1 of VPA, based on plasmatic levels achieved with the 30 mg kg−1 dose1 dose and on expected toxicity.
The first level is performed to calculate the maximum solar potential on the building envelope in an unobstructed scenario.
For each of these frequencies, theoretical maxima and minima expected in first level Fourier transform are calculated.
