By using the developed methodology, the optimal state variation due to the change of cycle parameters is analyzed.
Based on this methodology, the optimal solution to the design-control problem is found by locating the maximum value of AR and DF for reactor and separator, respectively.
Using this methodology, the optimal values for the concentration of mannitol, initial pH, yeast extract and calcium chloride were 1.9, 7.5, 1.6 and 4, respectively.
By response surface methodology, the optimal combination of soil water content (SWC) and pH was SWC = 31.968%44.424%% and pH = 6.328 8.123.
Based on response surface methodology, the optimal immobilization conditions obtained were: enzyme concentration, 2 mg/286 mg beads; optimal pH, 4.93; temperature, 28.88; cynuric chloride concentration, 0.17%; reaction time, 14.4 h, which resulted 74.51% maximum immobilization.
Using the proposed methodology, the optimal location of PZTs for the vibration suppression for multi-modal vibration is studied, which can be benchmark results of further study in the context of ERSAVC systems.
This paper presents a general methodology to calculate the optimal subcooling depending on the boundary conditions.
This paper presents a systematic mathematical modeling methodology for the optimal synthesis of sustainable refinery hydrogen networks.
The new methodology seeks the optimal integration based on a new cogeneration targeting scheme.
S.J. Gunter, D.J. Perreault, S. Suresh, and K.K. Afridi, "Methodology for the Optimal Design of PEV Charging Systems with Multiple Chargers and Distributed Resources," 2013 IEEE Innovative Smart-Grid Technologies Conference, pp. 1-6, Jan . 2013
This paper presents a systematic methodology for the optimal design of geothermal systems.
