Seeking a higher level of automation, according to Intelligent Manufacturing paradigm, an optimal process control for milling process has been developed, aiming at optimizing a multi-objective target function defined in order to mitigate vibration level and surface quality, while preserving production times and decreasing tool wear rate.
The system helps select an optimal process plan for sheet metal operations.
Additionally, the effects of growth temperature, H2 concentration, carbon source flow, and reduction condition are systematically studied to identify an optimal process window for high density aligned CNTs.
Thus, with the help of the developed simulation models, an optimal process parametrization for parallel turning operations can be determined.
The methodology involved the development of process models, the identification of the key process parameters affecting OME production based on the process model, and the development of an optimal process design for high OME yields.
However, due to the small window in which the methanol concentration must be kept for an optimal process, pulse-based methanol addition for optimization of processes in shake flasks seems not to be the best way to provide data for the development of a fermentation process.
We, further, carried out an exergy analysis for an optimal process design via reducing irreversibilities in terms of "entropy generation analysis".
A comprehensive understanding of energy flow and entropy generation is needed for an optimal process design via reducing irreversibilities in terms of 'entropy generation'.
Hierarchical techniques [ 37] are the most adequate for our problem because they are not subject to initial requirements for clustering morphology, making it possible to analyze the clusters to determine which size and number are best for an optimal process.
The novel cast steel after various heat treatments was characterized by microstructure observations and mechanical properties measurement in order to achieve an optimal process correlated with good abrasive resistance for a long marine service.
This experience led to refinement of the instrument, as well as to a deeper understanding of the optimal process for conducting a review using GLIA.
