Simulation is implemented to verify the influence of the machining errors on the form accuracy.
Analytical simulation based on a material removal model of the bonnet polishing tool and machine is implemented to reveal the influence of virtual pivot errors to polishing quality.
Linear and exponential gradation functions are implemented to illustrate the influence of gradation on the transducer pressure response, electrical impedance, and resonance frequencies.
Additionally, the surface coating method can be implemented to review the influence of particle size, content ratio of Ni and Mn, stack effect, porosity and thickness to electromagnetic interference (EMI) mechanism.
A factorial experiment using a full 33 design was followed during the experiments and response surface methodology was implemented to analyze the influence of the variables and optimize the extraction.
A two-factor, three-level (32) statistical design was implemented to study the influence of input variables (amount of PVP K30 and Pluronic F68) on the equilibrium solubility of DAP of the physical mixture (PM), kneaded (KN) and freeze dried (FD) PDs.
A full factorial design was implemented to study the influence of three factors; pluronic type at two levels (PF127, PF127/PF68), mucoadhesive polymer type at four levels (HPMC, Chitosan, Carbopol 934 and NaCMC) and mucoadhesive polymer concentration at two levels (0.5 and 1%w/v).
