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CFD software ICEPAK is used in the report to make a numerical simulation as well as a simulation analysis of the injection molding machine controller and get the temperature contours picture, and then LABVIEW software is used to measure temperature variation with making program.
CFD software ICEPAK is used in the report to make a numerical simulation as well as a simulation analysis of the injection molding machine controller and get the temperature contours picture, and then LABVIEW software is used to measure temperature variation with making program.
Fig5: Test process picture Fig.6: Temperature curve Because of the related factors, from Figure 7, we can see the highest temperature is about 86 degree ,it is close to 90 degree of software simulation, so it proves correctness of the simulation software of ICEPAK software, it also confirms that the temperature of  the product in the company   is too high in the long run, and it also provides the foundation for the company to improve product structure.
Summary After the thermal analysis and test, it proves correctness of the simulation software of ICEPAK software, it also confirms that the temperature of the product in the company   is too high in the long run.
LIU, Application of Thermal Simulation in the Structural Design of Electronic System[J]. electronics process technology,2006, 27( 3) : 165-181

The Newtonian flow behavior with relatively high viscosity is assumed for each fluid and used in the simulation with a commercial CFD code (ANSYS FLUENT).
Firstly, the finite volume method divides the domain into many CFD cells.
Then the governing equations are integrated over all CFD cells (control volumes).
The results of the simulations at the location of the MCP for the f1 fluid are illustrated in Fig. 3b.
It is seen that the interface behavior is not affected by the width of the tapes, and this can be used to reduce the simulation domain to have less computational efforts.

CFD can be used to predict operation rule of air curtain used in the cold store intuitively and modelling is the most important part of numerical simulation of air curtain used in the cold store.
Computational fluid dynamics, CFD has become an effective tool to study the air curtain because the air flow field and temperature field are difficult to measure when the air curtain is working because CFD can be used to analyse physical phenomena including fluid flow and heat transfer, and the air flow field and temperature field of air curtains can be simulated visually and quickly by CFD.
Conclusions were drawn as follows by comparing the simulation results and experimental results: （1） The simulation results predicted by the standardmodel were better than those predicted by the RSM through the comparison of the simulation results and experimental results.
Proficient in CFD engineering simulation and case of actual combat[M].
Numerical simulation and verification of airflow in cold-store[J].

Results and discussion A simplified Siemens reactor is used in the present simulation study.
The computational domain was divided by hexahedral elements using ICEM CFD 14.0.
Four gas phase reaction mechanisms (Ho’s detailed gas phase reaction mechanism, Cavallotti and Masis’ global, radical and disilane gas phase reaction mechanisms) were employed in the computational simulations using the commercial CFD software Ansys Fluent.
Kinetics of SiHCl3 Chemical Vapor Deposition and Fluid Dynamic Simulations.
Modeling and simulation of silicon epitaxial growth in Siemens CVD reactor.

MIXTURE OF PARTICLES’ INFLUENCE IN COMPUTER SIMULATIONS OF A SPOUTED BED D.
João Naves de Ávila, 2121, Bloco 1K, Campus Santa Mônica, Uberlândia - MG, CEP 38408-100 aclaudiofequfu@gmail.com Keywords: spouted bed, CFD, particle mixture Abstract.
Studies of numerical simulation techniques and computational fluid dynamics (CFD) have become popular in the field of gas-solid two-phase flow.
Table 1-Simulation conditions.
Rahimi: CFD Simulation of Gas-Solid Flow in a Spouted Bed with a Non-Porous Draft Tube, Chemical Engineering and Processing: Process Intensification, In Press, Available online 23 September 2009

With the CFD wind tunnel technique, the flutter derivatives are obtained under smooth flow with the method of forced vibration.
According to CFD, the distribution of wind velocity with and without wind screens under the design wind speed of 45.5m/s is shown in Fig. 6.
Study on the crosswind environment around the tower and deck of sea-crossing bridge by CFD[J].
Numerical wind tunnel simulation of wind loads parameters for a specially shaped bridge[J].
Numerical Simulation on Wind Flow over Step-shaped Cliff Topography with Rough Surface[J].

Air flow investigation was carried out on the empty bed via CFD approach.
This study attempts to investigate the swirling motion of the fluidizing gas inside the bed via CFD investigation.
Fig. 2 SFB actual system and computation domain in CFD Periodic Boundry.
Simulation of a SFB on actual scale will result high computation time.
In CFD numerical simulation, truncation error and round-off error occurs simultaneously.

Simulation result shows the predicted PCM temperature at first and last layer closely match with the analytical data from CFD.
CFD 600Sec. 0.000321Sec.
Table 1 shows RBFNN model calculated first and last layer PCM comparison sample with CFD model, it can observed that the accuracy of the RBFNN and CFD has same superior when compared to each other based on mean average error (MAE).
Both Matlab software and CFD software has been used to get the data for training and testing.
The Simulation results show that Better performance was obtained with RBFNN for reduction of the effort and time required determining the temperature in PCM as compared with CFD.

Bambang Basuno 2, b, and Abobaker Mohammed Alakashi3, c 1, 2, 3 Faculty of Mechanical and Manufacturing Engineering,Tun Hussein Onn University of Malaysia (UTHM), Parit Raja, Batu Pahat, 86400 Johor, Malaysia ahassan.elkamel@gmail.com, b Bambangb@uthm.edu.my, c Abobaker.alakashi@gmail.com, Keywords: Fluent software, missile, CFD, Compressible Flow Analysis Abstract.
Treating the flow problem in view as two dimensional flow case, since their result will be used as a comparison purposes with the CFD code which currently under development.
This software is well known as a powerful and flexible general-purpose computational fluid dynamics (CFD) package used for engineering simulations of all levels of complexity.
As part of CFD Code development based on Cell Centered Finite Volume scheme which is curently carried out in the present work and the purpose of comparison with Fluent result.
Conclusion The result in term of Mach number and the model of mesh flow domain as presented in this paper can be used as a guide line in developing the CFD code by use different numerical scheme which may not be the same as used in the Fluent software.

Use of CFD for simulation of turbulent flow in stirred tanks can generate useful data to study flow behavior, circulation patterns, vortex structures, etc.
In this paper, we present CFD simulations for flow field in a fully baffled vessel stirred by a pitched blade turbine.
Geometry of the model CFD simulations were performed in a T=0.124 m i.d. cylindrical tank that was filled with Chinese herbal medicine water extract(ρ=1025 kg•m-3, μ=2.2×10-3 Pa•s) up to a height of H=0.1 m, equipped with a three-bladed 45°pitch blade impeller and four baffles.
Fig.3 Average velocity of cross section Comparison of simulation and experiment data.
CFD analysis of turbulence in a baffled stirred tank, a three-compartment model.