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Simulations Based on Fluent By changing different parameters, we can build different 3-D models of flow flied in new flowmeter with Solidworks software.
Fig. 4 the relationship between the expansion angle θ and the pressure drop Design and Simulation of Dynamic Throttling Element, when the contraction angle is less than 40° and the expansion angle is less than 30°, the pressure drop change little.
Summary With the simulation of fluent, we found the relationship between structural parameters and pressure drop.
Wang: Analysis of Computational Fluid Dynamics: Principles and Applications of CFD Software (Tsinghua University Press, China 2004) [4] X.

The third one is simulation and discussion.
Simulation and Discussions In this section we use ESI-CFD+ software for simulation.

A CFD model of a microflap is shown in Fig. 3.
The lift force of the blade surface After the simulation of microdevices and variable length blades, it was decided to combine these two methods and evaluate the benefits of variable geometry in the complex.
Simulations were also conducted using the ElCut.
The simulation results are presented in Fig. 8.

The average water temperature after complete mixing was calculated based on the heat exchange theory, and was consistent with the numerical result of temperature simulation.
The capacity of the reservoir under a certain water level was gained with the method of volume integration, which can be done using the report function of a computational fluid dynamics (CFD) software of Telemac-2D.
The average water temperature after complete mixing was calculated based on the heat exchange theory, and was consistent with the numerical result of temperature simulation.

Methods and Simulation Compliant Wall.
Numerical Simulation.
Turbulence over a compliant surface: numerical simulation and analysis.
Research on Method for Optimization Design of Riblets Angle Based on CFD Techniques.
Journal of System Simulation.11(2006),3073-3094

A concise numerical model of gas-liquid stratified wavy flow LI Guozhen1,a,Yuan Yalei2,b 1China University of Petroleum,Beijing 102249,China 2Beijing Petroleum Machinery Factory,100083, China a guozhenli76@163.com, b kuku935@sohu.com Keywords: gas-liquid flow；stratified wavy flow；closure laws; numerical simulation Abstract.
Nigam: CFD modeling of flow profiles and interfacial phenomena Chemical Engineering and Processing 2006,45 : 55–65 [10] Gada, VH ,Sharma: A Analytical and level-set method based numerical study on oil-water smooth/wavy stratified-flow in an inclined plane-channel Int.J.Multiphase Flow, 2012; 38(1): 99-117 [11] Wang linlin,Tian hui,Li Guojun: Numeical simulation of oil-water and air-water two-phase flow based on level-set methods.

Several transient simulations using MATLAB and Simulink have been reported but little has been said about the extended part of the latter tool.
The transient equations were formed by MATLAB software during simulation based on the relationship among the Simulink-simscape blocks.
This is shown in Fig. 4, in which sandstone dissipated more and extended energy at the later part of the simulation period.
Iqbal, Dynamic modeling and simulation of a small wind-fuel cell hybrid energy system, Renewable Energy, vol. 30, pp. 421-439, 2005 [10] J.
Marafia, Validation of CFD simulation for flat plate solar energy collector, Renewable Energy, vol. 33, pp. 383-387, 2008

Based on the simulation method of fluid-structure interaction (FSI), simulation calculation of the bionic functional surface coupled by the two factors, form and flexible materials was conduct using ADINA software.
For CFD calculations, the impeller speed is set to 3000 r/min, transient loading.
Numerical simulation on drag reduction of revolution body through bionic riblet surface, J.
Hagiwara, Direct numerical simulation on turbulent flow around a regularly deforming film, J.
LUCEY, A deterministic viscous vortex method for grid–free CFD with moving boundary conditions, J.

Design simulation of compressor impeller was presented by using investment casting technique.
The design simulation begun with varies of temperature inlet from 300 K to 400 K.
The simulation has been generated by using ANSYS CFX software.
“A Turbocharger Unsteady Performance Model for the GT-Power Internal Combustion Engine Simulation.”
“Design Improvement of Turbocharger Using CFD.”

Because it is necessary to minimize the computational domain to a minimum for computational reasons, key elements in the numerical simulation is the treatment of reflection from model structures such as a breakwater or sea wall.
In the paper, CFD software FLUENT is used as the foundation to develop the numerical wave flume.
Numerical simulation of progressive wave and standing wave was carried out to cheek if the module works well.
Numerical Simulation of Wave Impact on the Slab.