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CFD Simulation of CO2 Dispersion in a Real Terrain Bin Liu a, Xiong Liu b, Cheng Lu c* , Anh Kiet Tieu d, Ajit Godbole e and Guillaume Michal f School of Mechanical, Materials and Mechatronic Engineering, University of Wollongong, NSW 2522, Australia abl384@uowmail.edu.au, bxiong@uow.edu.au, cchenglu@uow.edu.au, dktieu@uow.edu.au, eAjit_Godbole@uow.edu.au, fgmichal@uow.edu.au Keywords: Carbon Capture and Storage; CO2 dispersion; CFD modelling Abstract.
CFD Models Basic Equations.
The standard k-e turbulence model is chosen in this simulation because it has been widely validated in dispersion simulations [5,6].
Summary In this study, CFD models for simulating CO2 dispersion over a real terrain are presented.
Abbasi, CFD-based simulation of dense gas dispersion in presence of obstacles, Journal of Loss Prevention in the Process Industries, 24 (2011) 371-376.

Recently some attempts to use CFD to predict inertial separator performance can be found.
Pressure drop of wave-plate separators with different vane spacings under various inlet velocities are gained using CFD simulation method , and the result are shown in Fig.7.We can see that pressure drop increase greatly with the increasing of inlet velocity,and under the same inlet velocity, the separator with large vane spacing has lower pressure drop.
The resistance characteristic is drawed in Fig.9 and compared. with CFD result.
Fig.8 Schematic of experimental apparatus and experimental device Fig.9 Pressure drop of separators as function of inlet velocity (layer spacing is 10mm and 12 mm) Conclusions CFD simulation and experiment method are combined together in this study to predict the pressure drops of a kind of wave-plate inertial gas-liquid separator.
Pressure drops acquired by numerical simulation and model experiment agree well, So the numerical simulation method is reliable in the resistance characteristic research of wave-plate inertial gas-liquid separators.

The CFD numerical simulations consist of two and three-dimensional transient and steady analyses.
CFD Simulations were made find the relationship between the flow rate and the blade geometry.
These results are very similar to the ones obtained in the CFD analysis.
CFD Simulations were made to find the relationship between the flow rate and the blade geometry.
His detailed review, constructive criticism and excellent advice during the CFD Simulations were of great value for this research References [1] Staubli, T. and Hauser, H.P.

The CFD simulations were made using the software Fluent 6.3.26.
A complete CFD model, taking all these phenomena into consideration, has not yet been attempted.
The cyclone inlet velocity was 10.2 m/s in all simulations.
Three of these escaped after small residence times, indicating a possible short cut between inlet and outlet, due to the low height vortex finder used in this simulation.
Fluent’s built-in boundary conditions were used in this simulation.

CFD simulation and analysis.
However, CFD numerical simulation takes into account variety of conditions.
Hence, the results of CFD numerical simulation are more accurate.
(2) CFD simulation results show that the location of the maximum flow velocity is at each cavity arc.
Moreover, CFD numerical simulation is more credible.

Wang [3] analyzed flow field of fan through numerical simulation.
Fig. 5 Performances for test and CFD results.
Experimental and Simulation Analysis In order to achieve a better performance of the fan, the parameters studied in the previous sections are modified and checked with CFD simulation firstly prior to manufacture the real product.
Verification of Simulation Results.
While the simulation results are 35.7 mmAq and 4.46 CMM, respectively.

Numerical Simulation of 2D Model of Diffuser for Tidal Turbines Nasir Mehmooda, Zhang Liangb and Jawad Khanc College of Ship Building Engineering, Harbin Engineering University, Harbin, Heilongjiang, China athatsnasir@live.com, bzhangliang@hrbeu.edu.cn, cjawadkhan2008@hotmail.com Keywords: Ducted turbine; Shrouded turbine; Diffuser augmented tidal turbine; Numerical simulation of diffuser; CFD simulation of diffuser Abstract.
The research is essential for utilizing CFD tools for diffuser design for tidal turbine.
Geometry of Diffuser and Boundary Conditions Norimasa’s Bulge type diffuser without brim is selected for CFD simulation.
CFD simulation of 2D model of diffuser has been carried out.
CFD results are compared to experimental results and found in reasonable agreement.

Simulation of water mist spray for commercial kitchen ventilation (CKV) system using Ansys-CFD Norzelawati Asmuin1, a, Mohamad Farid Sies2,b , Mohamad Khairi Hassan 3,c , M.R.
A computational fluid dynamics (CFD) model with k-epsilon turbulence method is a simulation tool for determine the spray characterization.
There are a number of different simulation software that can be used such as ANSYS software, and computational fluid dynamics (CFD) software.
A nozzle was designed by using SolidWork and simulation using ANSYS software.
K-epsilon (k-ϵ) model was chosen for simulation analysis compared to the others model because the analysis results of simulation are more accurate.

Simulation of Nano Carbon Tube (NCT) in Thermal Interface Material for Electronic Packaging Application by using CFD Software M.
The strength of CFD software in handling heat transfer problems is proved to be excellent.
Accordingly, the present study is focused on simulations of nano carbon tube in thermal interface material for electronic packaging application by using CFD Software with different chip powers.
The top and side view of the simulation setup for electronic packaging is shown in Figure 1.
Fig. 1: Simulation Setup for PLCC Packages (Top view and side view) Table 1: Dimension of Components Used in Simulation.

Ltd, Changsha, China, 410007 ahnsunxiaoqin@163.com, bbehxyang@polyu.edu.hk, clsg@maxxom.com.cn Keywords: PCM;energy storage; MATLAB; energy storage module；CFD simulation; Abstract.
Numerical simulation about this module is carried out by CFD software.
A simulation was carried out about this module by using the CFD software and the results from simulation were compared and analyzed with the results from numerical calculation.
The result of solidification three hours later Comparisons of the results between the numerical calculation and CFD simulation are shown in Figure12.
The results comparison between numerical calculation and CFD simulation As shown in Figure 12, in the first 10 minutes the phase interface changes quickly when the position of the phase interface is mainly decided by the difference between the boundary and phase-changing temperatures.