Figure 11 depicts the computed surface pressure distribution at a section near the tip, together with experimental results. The transonic shock is seen to be close to experiment. Flow Analysis can accommodate most fluid dynamics computational projects. However, they also include additional, exclusive techniques to treat concentrated vorticity and complex geometries. The main activities of Flow Analysis involve vortical flows, and flows over complex geometries and the expertise and experience of Flow Analysis personnel can allow new problems to be solved quickly and efficiently.
End results are typically a delivered code tailored to the class of problems desired.
This customized code will typically be much more efficient and accurate than conventional, general purpose solvers. Education in the use of the code would, of course, be included. Additional possibilities include sales of existing in-house codes or code modules to qualified users. The module can enable the existing code to produce results as if it had much higher resolution or to produce results that would not otherwise be feasible on reasonable computational grids. In this mode they would have unique capabilities that conventional codes do not have concerning the vortical wake and compressibility effects.