The confirmation tests corroborated the theoretical optimum test conditions.
The band gap of 1.33 eV is extremely close to the theoretical optimum value.
We additionally compare the performance of each protocol with a theoretical optimum which serves as lower bound.
The theoretical optimum mix proportions can be used to derive desirable fresh properties and compressive strength of ESH LWSCCs.
In contrast, the unrefined impulse damping control solution of the tutorial structure consumes 53% more fuel than the theoretical optimum, and the linear quadratic regulator solution is shown to consume 64% more fuel than the theoretical optimum.
The number of grid points that are needed per wavelength is close to the theoretical optimum for any numerical scheme.
Under the best conditions, which are recorded in quantitative terms, separation efficiencies close to the theoretical optimum were obtained.
The refined impulse damping control solution is shown to consume 8% more fuel than the theoretical optimum.
Further, Table 1 presents the accuracy achieved by the two algorithms for upper level objective function values, the theoretical optimum being equal to zero in all cases.
This means, with a compromise of 14.75% of the theoretical optimum in every dimension from the evaluated optimum, a Pareto-efficient response plan is found.
Temperature equal to 10°C was the lowest value (used in this work and predicted by RSM as theoretical optimum) of the temperature during UV irradiation.
