Simulation of flow generated

Simulation of Flow Generated by a Disc (Rushton) Turbine... 

Simulation of Flow Generated by an Impeller of Different Shape... 

Deshpande, V.R. and Ranade, V.V. (2001), Simulation of flow generated by dual Rushton turbines using computational snapshot approach, submitted for publication, Chem. Eng. Commun. 

In this paper, results obtained by numerical simulations of hydrodynamics generated by two-blade impellers are presented for the laminar flow range. 

In this paper, for the simulation of flow length, 3D modeling of designed product is conducted and fusion mesh is generated by this model, (figure 6) As the simulation tool, MPI 5.0 (MoldFlow ) is used and Factor , Level and experimental conditions in Table 2, 3 are applied to simulation process. 

Using different types of time-stepping techniques Zienkiewicz and Wu (1991) showed that equation set (3.5) generates naturally stable schemes for incompressible flows. This resolves the problem of mixed interpolation in the U-V-P formulations and schemes that utilise equal order shape functions for pressure and velocity components can be developed. Steady-state solutions are also obtainable from this scheme using iteration cycles. This may, however, increase computational cost of the solutions in comparison to direct simulation of steady-state problems. 

For small-tube-rupture flows that simulated the flow from the single-ended rupture of up to 16 steam generator tubes in a PWR system initiated at the start of vessel refill, the core thermal response was strongly dependent on the magnitude... 

Moujaes, S. F., and R. S. Dougall, 1990, Experimental Measurements of Local Axial Gas Velocity and Void Fraction in Simulated PWR Steam Generator Rod Bundles, Can. J. Chem. Eng 68 211.(3) Moxon, D., and P. A. Edwards, 1967, Dryout during Flow and Power Transients, UK Rep. AEEW-R-553, UK AEEW, Harwell, England. (5)... 

In Fig. 25b, the simulated marker particles were released from the bottom surface, which generates path lines that show more detail of the flow inside the WS, at lower radial coordinate values. The path lines reinforce the trends seen in Fig. 25a, and it is also possible to see some evidence of flow through the center voids of the particles. Most evident is the mix of spiraling and axial flow between the center front and center right particles. 

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