The consideration of fluid dynamics within tumor models at both the microscopic and macroscopic levels may greatly improve our ability to more fully mimic the tumor microenvironment.
Furthermore, in addition to the consideration of fluid density variations for fluid compressibility, a more challenging test of incompressibility is performed by considering the Poisson ratio and divergence of velocity field in an elongational flow.
Analysis of a cross-flow heat exchanger by the thermal circuit method and the traditional ε-NTU method without and with consideration of fluid property variation validated and showed the superior of the thermal circuit method.
Data are parameter estimates and 95% confidence limits comparing factors associated with24 UV with and without consideration of fluid intake per day.
An accurate simulation requires a proper consideration of fluid-induced reaction forces.
Theoretical analysis of a simple reaction turbine is presented including consideration of the fluid frictional losses for a practical situation.
In this paper, based on the precise consideration of the fluid flow in each perforation, the flow behavior in perforations, wellbores, as well as reservoirs, was analyzed.
Based on a modified couple stress theory and the Hamilton's principle, the governing equations for three-dimensional vibration of a curved microbeam are derived with the consideration of the fluid force induced by external flow.
As a result of the dynamic analysis, natural frequency at each mode is reduced with the consideration of the fluid mass and the super-element generates the very same natural frequencies as the normal element model generates.
The need for these features becomes important since the conventional quasi-steady (QS) theory based model cannot account for these aerodynamic features adequately due to the absence of any consideration of the fluid memory effects.
