Two central components of the Embedded Phenomena framework are that technology-enhanced simulations are grounded by mapping them to the confines of the classroom itself and that simulations involve students as enactive agents.
Finally, the results obtained from the enhanced FE simulations are analyzed and critically compared with experimental results available in the literature.
In this study, numerical simulations are conducted to simulate geometric design optimization of enhanced tubes for optimal thermal hydraulic performance.
While, in the fullTMD simulation, the protein was driven along a rather distinct path by the TMD forces, the other simulations are characterized by more enhanced flexibility as shown in Figure 7.
Computer simulations are executed to verify the enhanced performance of the FxSSRLS algorithm.
The standard simulations are further supplemented by locally enhanced sampling (LES) MD technique (94 ns total) (40, 57– 59) to enhance the sampling of the flanking bases.
Such simulations are still experimental.
Other TeraSys simulations are similarly stuffy.
These simulations are named "stability simulations" henceforth.
The enhanced simulation framework is tested using a primary school building as a case study.
and dehydration of the active site Enhanced simulation techniques were used to access longer time-scale conformational movements.
