A multi-criteria mixture selection methodology unveils important trade-offs among several important system operating parameters and efficiently highlights optimum operating ranges.
The various results related to the capillary tubes were compared to highlight the optimum formulation and process parameters for the preparation of clay alumina porous capillary tubes that will be used to prepare different membranes for wastewater filtration application.
Previous studies have also highlighted an optimum concentration range of colloidal mixtures to yield a stable hybrid system [84,115,116].
Different use cases are shown in Section 4 to elaborate on this fact, while highlighting the optimum use cases which yield the most energy savings.
It provides a clear representation of the potential candidate assets, highlighting the optimum configuration that may maximize life satisfaction.
The results of the analysis highlight how the optimum selection of flywheel depth-of-discharge must achieve a balance between high transmission efficiency and low system mass.
From the results, it can be highlighted that the optimum fin dimensions in fin arrays differ from that of the individual fins.
This effort highlights how the optimum fill factor heat exchanger performance relations couple to these optimum TEG performance-cost domains based on TEG-system-level analyses and provides a focus for future system research and development efforts.
From the result, it can be highlighted that the optimum values of Biot number and aspect ratio of SRC fins increase with the increase in relative humidity for the same fin volume.
A solvent screening highlighted dichloromethane as optimum in terms of yield; however, the option of THF was preferred (Table 2, entries 5, 6 and 7).
