Tremendous growths of computer and computational fluid dynamic (CFD) technology enables the extensive analysis for the fuel and component integrity problems, the core inlet/exit flow distributions, the grid-to-rod fretting performance adjacent to the core shroud geometry, etc., by the use of large-scale computer model and resources.
The developed FLUENT/RELAP5 makes it possible to obtain three-dimensional (3-D) flow field of the key area with lower computer resource than traditional computational fluid dynamic (CFD) analysis.
In this work, computer-automated radioactive particle tracking (CARPT), computed tomography (CT) and computational fluid dynamic (CFD) based models were used to investigate gas liquid flow generated by a Rushton turbine.
These computer models are designed for use in computational fluid dynamic applications and particle trajectory analyses, and to be complimentary to medical imaging (gamma scintigraphy) protocols.
In this paper, different hypotheses of the architecture of Portus' store buildings are analysed and compared using computer fluid-dynamic models in order to support archaeologists in their effort to better understand how ancient warehouses were built, managed and used.
In the previous studies, the natural circulation in the whole reactor vessel (RV) was obtained by segmentation strategies if the computational fluid dynamic (CFD) analysis with a sufficiently refined mesh was conducted, due to the limits of computer capability.
However, it is a fact that computational fluid dynamic (CFD) algorithms designed for traditional serial machines may not run efficiently on parallel computers.
Computational fluid dynamic.
A new numerical technique for the stabilization of explicit computational fluid dynamic (CFD) solvers is presented.
Derivation from computational fluid dynamic modeling and validation on human subjects.
Derivation from Computational Fluid Dynamic Modeling and Validation on Human Subjects, International Journall of Cardiology (2016), doi 10.1016/j.ijcard.2016.10.
