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This is done using Computational Fluid Dynamics (CFD) simulation where the aerodynamic performance a wing derived from a natural bat wing shape was studied.
The objective of this study is to study the aerodynamic performance of a flapping wing derived from a bat wing using a Computational Fluid Dynamics (CFD) simulation.
Fig. 3, Modules linkages schematics for the FSI simulation Mesh Generation Since the simulation was done in an FSI simulation that uses FEA and CFD solver, this means that all bodies that is involved needed to be meshed.
Fig. 4, Generated mesh of the wing For the CFD simulation, 2 flow fields were generated for the simulation, as seen in Fig. 5.
Fig. 5, Flow field used in the simulation Fig. 6, Generated mesh of the simulated flow field Computational Fluid Dynamics (CFD) The CFD simulation that is involved in this study was done using the Fluent module in the ANSYS software.

Box 35131 Dar es Salaam, Tanzania Email: plmtui@yahoo.com Keywords: CFD, numerical simulation, thermal oxidation, chemical species, waste incineration Abstract.
The CFD analysis provides three-dimensional view of thermal and gas flow field inside the thermal oxidizer chamber.
The performance of this method is demonstrated and discussed based on the results of the test simulations.
Field tests (not reported here) indicate excess CO emissions therefore prompted to undertake CFD simulation to troubleshoot oxidizer the observed problem.
The CFD results provided guidelines to redesign the old oxidizer resulting into better performance.

3D Numerical Simulation of Inner Flow in A Mixed-flow Stirred Reactor Hui Li1, a, Rui-li Wang1,b 1Huang He Science and Technology College, Zhengzhou, Henan, 450063, China a549138183@qq.com, b63876193@qq.com Keywords: mixed-flow, stirred reactor, fluent, simulation Abstract.
The method of the computational fluid dynamics (CFD) is to adapt to this trend and is developing into a new design tool.
Simulation Results The macroscopic flow field.
Although the method of CFD can not be completely replaced by the experimental method at this stage, you can analyze and display the phenomenon occurred in the flow field through the CFD software.
Sharp, “Integrated Experimental and Computational Approach to Simulation of Flow in a Stirred Tank,” Chem.

Simulation Supersonic Steam Flow in a Converging–diverging Nozzle Using Different State Equations Zhou Libo1, a, Zhou Minghui2,b * 1 Hunan city university,China 2Hunan University of Science and Technology,China a 78876252@qq.com, b 106050931@qq.com * Corresponding author : Zhou Minghui (106050931@qq.com) Keywords: IAPWS IF97, Ideal gas, Supersonic steam, CFD Abstract.
This paper will providing fundamental basis for SE choosing in supersonic steam simulation field.
Two type of SE are selected in this paper: ideal gas model and IAPWS IF97 real gas model[6~7] and CFD software ANSYS CFX 12.0 is used.
CFD analysis of ejector in a combined ejector cooling system, International Journal of Refrigeration, 28, (2005), 1092–1101
Numerical simulation on non-equilibrium spontaneous condensation in supersonic steam flow.

In this panorama, the current academic-industrial trend is determining numerical (simulation) of constant “C” through a methodology which is based on Computational Fluid Dynamics (CFD) techniques, in order to remedy the experimental dependence on the calibration or operation of these flow meters.
In this article, numerical simulations are performed through the commercial code Fluent.
The experimental data and fluid dynamics simulation are shown in Fig. 2.
Characteristic Curve of Orifice Meter (CFD) and experimental data from [4].
Another important tool provided by CFD techniques consists of certain variable calculation along a given boundary.

Using the VOF model , the jet shape of the nozzle will be simulated through a commercial CFD software 'FLUENT'.
The CFD simulation results shows that the jet shape of the nozzle is oscillate in a fixed period.
Computational Procedure A commercial CFD software 'FLUENT' has been used for the simulation.
Using the VOF model, the nozzle jet shape can be simulated by CFD software.
Wang: Numerical simulation of the wake flow behind trapezoidal bluff bodies.

Thirdly, the fluid structure interaction simulation model is simplified to the structure simulation model, by adopting shell 181 element and using a pressure acting on the workpiece directly instead of the CFD model.
Some simulations about the forming process are given in section 3, including fluid structure interaction simulation and structure simulation.
Then, about WJ, we use a pressure acting on the workpiece directly instead of the CFD model.
WJ was modeled and simulated with a CFD approach, while for the material flow in the workpiece a FEA was used.
Then, the fluid structure interaction simulation model was simplified to the structure simulation model, by adopting shell 181 element and using a pressure acting on the workpiece directly instead of the CFD model.

The numerical optimization method was used to analyze the influence of combined variation of two angles on the external flow field and the CD of the passenger car, in which we combined genetic algorithm with the CFD simulation to reduce aerodynamic drag by seeking the relatively optimal combination of two parameters above.
With CFD method we can acquire the diagrams of total pressure and streamline distribution in the flow fields of the models which has been proved to be reliable because of the mature development of simulation of flow field around automobile and pipeline flow.
CFD numerical simulation was applied to get the CD and the diagrams of total pressure and streamline distribution in the flow fields of the MIRA model of 10 angles combinations.
Computational fluid dynamics analysis: CFD software principle and application.
Numerical Simulation of Flow Field around Car[J].

Turbulence Kinetic Energy Performance on Wind Turbine Blade Using CFD Norzelawati Asmuin1,a, M.R.
This paper discuss the result obtain from simulation in CFD using CFX on NACA 4412 and NACA 4415.
The geometry was design in Solid work and imports to CFX for simulation process using RNG k-e turbulence model.
Conclusion The simulation on wind turbine blade has been done using CFD.
The drag coefficient , lift coefficient and turbulence kinetic energy are determine by implementing CFD software using CFX.

Ltd, Hang zhou, China azhangqunfeng@263.net Keywords: Hydro-generator, Ventilation system, Numerical simulation, Pressure loss Abstract.
The simulation results provide a scientific basis for optimization of ventilation system.
Simulation Method Governing Equations.
The grids of different parts were generated with ICEM-CFD.
Turbulence Modeling for CFD.