Thus it is very robust with respect to system uncertainties and unmodeled disturbances.
Based on Infinitesimal Perturbation Analysis, the developed technique retrieves information on throughput gradient with respect to system parameters.
Based on the case study, some considerations with respect to system component selection, system configuration and design are discussed.
The focus is on Birnbaum- and Criticality-type importances, both with respect to system unavailability and system failure intensity.
Correct interpretations of these molecular interactions and related quantities enable a balanced, comprehensive understanding of conductivity behavior with respect to system conditions (solvent composition, salt concentration and temperature).
Life cycle inventory, life cycle cost and product/process performance analyses highlighted significant tradeoffs among alternative manifolds, with respect to system design requirements.
Optimization results suggest that, in both cases, there is a trade-off situation between maximum output TEG power or maximum system efficiency with respect to system mass.
Upon a comprehensive study of the existing literature a classification of heat transfer techniques was attempted and their relative effectiveness assessed with respect to system scale.
Simulation results show that the proposed adaptive tracking control method is robust with respect to system parametric uncertainties and external disturbances.
A comparison between the conventional and the tandem AGV system with respect to system performance under the same operating conditions is presented.
However, the conclusions drawn from such an analysis can be misleading and provide, if any, little useful information with respect to system improvement.
