Opportunities offered by emerging traffic data collection technologies in the context of dynamic traffic data modeling are presented, focusing on their role in the development and application of more effective (off-line and on-line) calibration methodologies in simulation-based traffic management systems.
Finally, the capability of the new methodology in simulations of complex cardiovascular flows is demonstrated by applying it to simulate the FSI of a tri-leaflet, prosthetic heart valve in an anatomic aorta and under physiologic pulsatile conditions.
Finally, an application of the proposed methodology in simulations of the ocean wave energy converters is presented.
They have assessed the performance of their methodology in simulations studies, showing that it can recover network edges and infer their causal direction correctly at a high rate.
The chapter also introduces the current state-of-the-art methodologies in cloth simulation and modelling with reference to both computer graphics and textile communities.
Finally, the results obtained (following the proposed methodology) both in simulation and experimentally are shown and discussed.
This study explores the impact of two types of evidence-based training methodologies, in situ simulation-based training (SBT) versus case study review, both incorporating TeamSTEPPS® training, on practicing nurse early warning sign knowledge, confidence, teamwork, and clinical skill performance.
Our methodology is validated in simulation with real parameters and simulated flight data of a small autonomous aerial vehicle.
The potential use of the proposed control design methodology is demonstrated in simulation on a multi-zone building, which quantifies the tradeoffs in performance and robustness with respect to the degree of decentralization.
The effectiveness of the path-following methodology is accessed in simulation for low altitude terrain-following maneuvers of a small-scale helicopter using a full dynamic model of the vehicle.
Moreover, the strength of this work relies in the implementation of this Exergy Analysis and Pinch Analysis methodologies in the process simulation software ProSimPlus® which provides an efficient support to the engineer.
