Despite studies showing that surfaces do affect hybridization kinetics in microarrays, it is generally assumed that solution models provide a reasonable approximation to probe-target interaction at the microarray surface [18], [35].
The solution of developed model provides information on optimum processing conditions needed to improve the quality of food products and efficiency of processes.
The new CO model provides solution capabilities for multiobjective multidisciplinary optimization problems.
The solution of the multiobjective model provides the pareto set which means the candidate designs under the existent uncertainty.
Comparing the results with analytical solution indicated that the model provides a reasonable approximation for computing fluid injection pressure.
The solution of the optimization model provides the heat loads on each utility, in case of multiple hot and cold utilities, the heat load on every match pair, the heat exchange area target and the number of units target such that the total annual cost is minimum.
We show that the finite volume numerical solution of the multiring model provides at a reasonable computational cost an asymptotically valid description of blood flow velocity profiles and other averaged quantities (wall shear stress, flow rate,...) in large elastic and quasi-rigid arteries.
The bed depth service time (BDST) model provides solution to calculate and optimize all these parameters (Lehmann et al. 2001).
We demonstrate that the analysis of the steady state solution of the developed model provides a plausible mechanistic explanation for the dual agonist/antagonist action of tamoxifen in the HEK 293/ERα cell line used for model calibration.
The Web-based decision-support tool based on this model provides solutions for a range of values of b and displays the trade-off between the expected access for the target population and the number of dispensing points.
