The objective of the present study is to determine the strengths and weaknesses of each modelling approach given the same initial conditions and computational set-up.
It is noticeable that throughout the various IOP cases examined, and under the specific computational set-up used in the simulations for fast-response needs, there is no clear superiority of one model over another.
In addition, for the LES model, which in theory should provide the most realistic representation of the flow field, it appears that further to the sub-optimal computational set-up, as well as the uncertainty and natural variability persistent in the real world, has resulted in diminished performance.
The models were run with identical inlet and boundary conditions using the same grid resolution; the choice of the specific computational set-up reflects demands for fast-response models, although it may be a sub-optimal choice for the more complex models.
A second approach is to reduce the number of unknowns by assuming a 2D computational set-up and exploiting symmetry, as demonstrated by Bae and Moon [4] and Thomson et al. [23].
Based on such theoretical and experimental procedures, deconvolutive computational routines could be set up and the true variations of local temperature and stress at the contact point of the bearing surfaces retrieved from the observed time-dependent broadening and shift of a selected spectral band, respectively.
The listing below shows an excerpt of a JSON data file containing the calculation setup and some of the properties that can be calculated with quantum chemistry software: Input structures in computational chemistry codes are set up to allow a sequence of calculations to be executed in one single run.
The experimental and computational methods used to set up the model for the JAK2-STAT5 pareway are summarised at the end of the manuscript.
Two Hollow Fibre Membrane (HFM) oxygenator prototypes were scanned and three-dimensional full scale models that capture the device-specific fibre distributions are set up for computational fluid dynamics analysis.
After that, a computational fluid dynamics model was set up and applied in the solution procedure of the governing equations to generate the geometry of the flow passages based on the flow pattern construction.
