Hence, this study provides a valuable approach for optimization of operating points of fuel cells and design of power conditioning units, simulators, and system controllers.
Simulation of the microclimate in solar thermal collectors can be a valuable tool for optimization of the ventilation rate for the collector.
Furthermore, knowledge of the enthalpic and entropic contributions to the binding affinity to the wild type provides a way of anticipating the response of an inhibitor to mutations associated with drug resistance, and therefore, a valuable guideline for optimization.
The present model could also serve as a valuable tool for SOFC optimization design.
Simulation can predict the system performance and can be a valuable tool for the optimization of the CO2 capture process.
The present viscoelastic solution can predict more uniform stress distribution and is a valuable tool in design optimization of joints with FG adherends.
Numerical simulations can serve as a valuable guide for precise optimization of the GMC because they allow one to study its internal operating characteristics.
Moreover, the validation test, i.e., comparison of the simulated results with the experimental data, indicates that the model could serve as a valuable tool for design optimization to achieve the required SOFC performance.
The capability of predicting both the rate of glass microparticle deposition and deposit composition (e.g. the dopant/Si element ratio) for each feed condition and wall/combustion gas temperature ratio should provide a valuable insight into the optimization and improvement of such processes.
Modeling is another aspect of the technological development, since modeling studies have significantly contributed to the understanding of the physico-chemical phenomena occurring in a fuel cell, and also have provided a valuable tool for the optimization of structure, geometry and operating conditions of fuel cells and stacks.
If one takes the entire agricultural production into account, assessment concepts such as the one introduced here can make a valuable contribution to the optimization of cultivation systems.
