The baseline mesh appears to capture the solution at a reasonable level of accuracy relative to the other successive refinement and coarseness.
Moreover, this scheme is modified to include a time implicit discretization of the limit diffusion equation, and to correctly capture the solution in case of boundary layers.
As it can be seen from the figure, both schemes accurately capture the solution in the stellar interior, but significant differences arise at the surface and in the exterior.
Most of the approaches to the progressive collapse analysis of steel frames have focused so far on computational methods which try to capture the solution of the system responding to localized damage.
To perform cell capture, the solution of interest was incubated with an anti-EpCAM antibody followed by mixing with the nanocomposite, which bound the constant fragment of the antibody with the fused Protein G.
For mercury capture experiments, the solutions of nano-selenium were divided in 1.5−2 mL aliquots and freeze-dried to prevent any thermal effects of heat drying.
A Design Pattern formally captures the solution to a recurrent design problem in a given field.
In order to capture the flow solution around the shock waves accurately, the adaptive mesh refinement technique is coupled to the flow solution.
The proposed method is able to capture the ideal solution of analytical methods.
CE/SE can capture the correct solution better than the FVM especially near sharp fronts.
