... by more than 60%. Blalock-Taussig shunt fluid dynamics optimization ANSYS Fluent Solidworks NUMERICAL SIMULATION AND OPTIMIZATION OF BLALOCK-TAUSSIG SHUNT Thomas Hess, Ramesh Agarwal Washington University in St. Louis St. Louis, MO David Hoganson Boston s Children s Hospital Boston, MA...

.... This will result in a higher normal velocity upon impact and thus a higher deposition efficiency. Cold Spray Fluid Dynamics Numerical Modeling Particle Dynamics Shock-Particle Interaction gas tank and a gas heater as shown in Fig.1. The compressed Proceedings of FEDSM2007 5th Joint ASME/JSME Fluids...

... 26 03 2009 There have been many misunderstanding about the flow around vortices for example a stationary and/or moving vortex pair. The authors have pointed out that no fluid dynamics textbooks have accepted the existence of stationary or arbitral speed moving vortices. About...

... and convective heat transfer of the disk are presented in explicit forms. Some peculiar fluid-dynamical behavior of the pressure distribution at low and high Reynolds numbers are revealed. The derived equations were agreeable with other numerical and analytical solutions and experimental data. Disk Heat...

... FEDSM’02 ASME 2002 Fluids Engineering Division Summer Meeting Montreal, Quebec, Canada, July 14-18, 2002 1 Copyright © 2002 by ASME s: Fluid Dynamics, Bluff Bodies, Acoustic e Instability. ION ena of vortex shedding from bluff bodies have practical engineering applications. These include; civil and wind...

... words: Swirl jet, Rotating bluff body, Fluid dynamics, Recirculation, and wake. INTRODUCTION The formation of the recirculation zone and the stable vortex in the region behind the bluffbody made the application of swirl jets and bluffbody wakes wide. They are used in many engineering applications like...

... techniques. This research paper aims at carrying out review on fluid structure interaction specifically adopting bondgraph approach. A comprehensive review, on modeling of fluid dynamic systems, osmosis and hydraulics, rotary piston hydraulic motor, with the help of bondgraph method is carried out...

... coupling methods between the fluid dynamic solution and the structural analysis were carried out for a single-blade pump. In a first approach a one way coupling was used to determine the oscillations of the pump impeller during operation. The forces calculated from the transient flow field were treated...

... of instabilities [1]. Some of those dynamic interactions could produce unstable vibrations and affect the operation and behavior of the steam turbines. failures by fatigue [3]. For that reason, the study of fluid dynamics inside a steam turbine and its role in the vibrations induced by flow are important. Some...