The current trends in nuclear science and engineering, related to modeling and simulation, are towards high-fidelity multi-physics multi-scale simulations to address industry challenge and high impact problems.
Special attention is devoted to uncertainty propagation in LWR multi-physics and multi-scale simulations for design and safety evaluations.
In subsequent development the module is intended to bu used in multi-physics and multi-scale simulations of fluid-structure interactions.
Multi-scale simulations illustrate the vision/recognition system.
Much research focuses on the special challenge of multi-scale simulations, which are essential for engineering systems containing nanoscale components.
The multi-scale simulations demonstrate an avenue to the optimal design of nanomaterials for drug delivery with desired properties.
The chapter explains multi-scale simulations to study the pressure wave propagation and interaction with dislocations in FCC single crystals.
By means of this procedure, a very large number of computationally intensive fully-coupled multi-scale simulations are avoided.
For a large multi-wafer vertical batch ALD reactor, transient, 3-dimensional, multi-scale simulations have been performed for the TEMAH pulse step during a HfO2 ALD process.
For design of ionic liquid (IL) solvents for a specific separation process, a computer-aided ionic liquid design (CAILD) method based on multi-scale simulations is presented.
Herein, we review multi-scale simulations of squalene hopene, aristolochene, and bornyl diphosphate synthases, and highlight what we have learned from this work.
