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The simulation of coating formation to estimate the process parameters is an important tool to develop new coating structures with defined properties.
In this work, the process of plasma sprayed coating has been analyzed by numerical simulation.
The first step in the process simulation is the plasma generation and subsequently the heat and momentum transfer from the plasma onto the particles.
So the next validation will confirm or not the performance of this code us a simulation tool for the plasma spray coating process. 5.
References [1] Liu H., Lavernia E., Rangel R., simulation of impingement of molten Ti, Ni and W droplets on a flat substrate >, J.

Simulation of gas-solid flow characteristics in three-dimensional rotational spouted-fluidized bed Long Xinfeng1, Liu Yi1, Lou Bo2 (1.School of Chemistry and Chemical Engineering, South China University of Technology, Guangzhou 510640, Guangdong, China;2.
The numerical simulation of the fluidized bed is mainly a two-dimensional one of spouted bed based on Euler two-fluid model and particle kinetic theory.
References [1] Wang Xiaojing,Li Lianbo.Numerical simulation and experimental study on rotational gas flow field in spout-fluidized bed[J].Chemical Industry and Engineering, Vol.24(4)(2007)：p.321-324,328
Numerical simulation of Gas-particle Hydrodynamics in CFB[J].Power System Engineering, Vol.27(6)(2011)：p.6-8
,Limtrakul, S. et al.Axial gas and solids mixing in a down flow circulating fluidized bed reactor based on CFD simulation[J].Chemical Engineering Science, Vol.73(2012):p.8-19.

References [1] Li J, Green T (2011) Coiled Tubing Sand Clean Outs Utilizing BHA Technology and Simulation Software in Demanding Wellbore Geometries.
[14] Bailey M, Blanco I and Rosine R (2006) Reel to injector fluid flow analysis using CFD software.
[15] Bilgesu HI, Ali MW, Aminian K and Ameri S (2002) Computational Fluid Dynamics (CFD) as a tool to study cutting transport in wellbores.

PROGRESSION OF STUDY ON AND APPLICATION OF CFD IN LARGE-SCALE WET FLUE GAS DESULFURATION SYSTEM[J].
Multiphase Euler-Lagrange CFD simulation applied to Wet Flue Gas Desulphurisation technology[J].

Hou [8] carried out a numerical simulation on a swirling flow tundish with different turbulence models.
The simulation model setup is shown schematically in Fig.1.
In this study, the commercial code ANSYS FLUENT 13.0 is used with the ICEM CFD for the mesh generation.
Fig. 6 shows the trend lines of S and Xr in different simulation cases.
Bassam Dally from the University of Adelaide, for their patient and helpful instructions and advice on the CFD simulations.

Verify the accuracy of the simulation results.
Verify the accuracy of the simulation results.
Verify the accuracy of the simulation results.
Verify the accuracy of the simulation results.
[4] Jürgen Schmidt, Wolfgang Peschel: Experimental and theoretical studies on high pressure safety valves(Journal Of sizing and design supprted by numerical calcula-tions (CFD), China 2009)

Box 119-13000-Tlemcen Algeria 2Mechanical Engineering Department, Prince Sultan Endowment for Energy and Environment, Prince Mohammad Bin Fahd University, Al-Khobar 31952, Saudi Arabia 3Faculty of Military Science, Stellenbosch University, Private Bag X2, Saldanha 7395, South Africa a*menniyounes.cfd@gmail.com, bachamkha@pmu.edu.sa, cmakinded@gmail.com Keywords: Forced convection, Nusselt number, thermal enhancement, w-baffle, heat transfer aspect.
The simulations were performed for different geometries with varying louver pitch, louver angle and different louver blade number.
The simulations were performed for four rib shapes, i.e., square, triangular, trapezoidal with decreasing height in the flow direction, and trapezoidal with increasing height in the flow direction.
To perform a detailed analysis of the aerodynamic and thermal fields within this model of W-baffled channel, the finite volume approach, by means of Commercial CFD software FLUENT, for a steady-state, incompressible, and two-dimensional flow is used, and the SIMPLE-algorithm is implemented for all calculations.
CFD Solution The two-dimensional, incompressible Navier–Stokes equations and the turbulence model equations are discretized using the finite volume method, details of which can be found in Patankar [27].

., No. 10-2-2, Medaniaga Siswa Jaya, Taman Siswa Jaya, Parit Raja 86400 , Johor, MALAYSIA amkamil@uthm.edu.my, bosama_43@yahoo.com, cakmaln@uthm.edu.my, dzaid@kaffconsultancy.com Keywords: Flat-Plate Film-cooling, CFD, CFX, RANS, URANS.
The computational domain is laterally restricted to include just half of the cooling hole and one cooling hole for RANS and U-RANS simulations respectively.
The near wall regions of the domain occupied with prism layer at y+ value less than one to provide better resolution for the simulation.
The boundary conditions of the simulation correspond to the experimental setup of Pietrzyk [5] as shown in Table 1.
In addition, the comparison of the cooling effectiveness on the wall between all model simulations shown that SST and U-RANS model simulations predicted a higher cooling efficiency than other models.

The numerical solution is obtained using a commercial code of Computational Fluid Dynamics (CFD) FLUENT®, based on FVM.
The quality of CFD solutions is governed by the number of elements (volumes) of the mesh.
Thus, the step of generating the mesh has become the most important stage and requires more time in the CFD analysis [11].
GAMBIT aids in the construction and discretization of models for CFD and other scientific applications.
Santos, Estudo da fluidodinâmica do leito de jorro por CFD com malhas tridimensionais, MSc thesis, Federal University of Uberlândia, Uberlândia, 2008

To know that turbine, the paper introduces the flow passage character and hydraulic performance by the method of CFD.
And simulation result is listed on the third row in the table 1.
The simulation result is listed on the forth row in table 1.