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Simulation of Roasting Metallurgical Concentrates in Fluidized Bed Using CFD-DEM.

ANSYS ICEM software is a pre-processor that can be used for form modeling and mesh generation for CAE Simulation.
Lee, in: Optimum Design of Volute Configuration in a Sirocco Fan using CFD and DOE, International Journal of Air-Conditioning and Refrigeration, Vol.17, No.2, pp. 68-73(2009)

The simulation are based on assumption that whole soil is uniform in constant physical properties, and the influence of water shifting in the soil on the heat transfer and convalescence periods between the cooling and heating periods are ignored.
Computational fluid dynamics analysis-CFD software theory and application [M], Beijing: Tsinghua University Press, 2004

In this paper,CFD was applied to analyze the Impacts of screw speed on all-metal screw pump. 1 The Establishment of All-metal Single Screw Pump's FEM 1.1 Creating Geometric Model The model number GLB160-10 screw pump was taken for example in this paper.
But the well daily oil production is changing, now the screw speed is choosing according to two method as follows, one is IPR curve, the other one is regular annular measurement or the pressure signal measurement of the well bottom which can measure the liquid level accurately[6,7]. 3 The Result of Simulation under Different Screw Speed Contour graphs of pressure differential between every stage is shown in Fig.4.

To verify the model, a numerical simulation is completed.
During conceptual design, the DATCOM is more effective than CFD data and tunnel data.
Dynamic Characteristics To study the impact of morphing wing on motion of missile in detail, a longitudinal dynamic simulation is completed in different speed of wings changing.

Optimal simulation for large dynamic systems Robert E.
When a model is selected for simulation, it is tempted to believe that the higher the model order, the more accurate the simulation result.
This myth has driven the efforts to use computation-intensive tools, such as computational fluid dynamics (CFD) and finite element analysis (FEA), in system modeling, which usually generate simulation models of tens of thousands or even millions of order.
Therefore, both the dimension and the realization of the simulation model can influence the performance of a computational simulation.
A fixed point digital simulation problem is considered.

A step further would be to use Computational Fluid Dynamics (CFD) to simulate the compression but this would need to be an iterative process because the CFD, in itself, requires the assumption of a rheology model and the input of parameters.
Transient Behaviour Computational Fluid Dynamics (CFD) has been extensively used to predict die filling (see eg. [2]).
Kumar et al [25] and Koke and Modigell [9] however, find shear thickening 'iso-structural' flow behaviour and the latter authors argue that this finding is of high importance for simulation of the industrial process.

A simulation model is developed to predict removal rates by MATLAB/Simulink.
The simulation system is shown in Fig. 9.
Fig. 9 Simulation system of swing device.
Table 2 Simulation parameters of swing device.
Multiphase flow and nozzle wear with CFD-DEM in high-pressure abrasive water jet[J].

The tide simulation for the Sunda Strait is depicted in Figure 1.
Simulation Tidal current speed at Sunda Strait Currently, the high potentioal to develope is Vertical Axis Marine Current Turbine (VAMCT).
Future work could include developing a 3D Discrete Vortex Method solver, modeling airfoils using different curve methods like splines or Bezier curves, defining a boundary for airfoil coordinates optimization, using CFD as a solver to determine the power coefficient of a new wind turbine, and conducting experimental research on the ideal Savonius airfoil, among other things [8].
Numerical simulations of two-dimensional flows around a Savonius rotor with various curvature of the blade. 

The objective of experiment was using the groundwater heat exchanger to construct wall and simulation the thermal barrier of building.
The highest temperature on the surface of the simulation system is 41℃ in direct sunlight at noon.
The Fluent – CFD (Computational fluid dynamics) software is used to simulate the temperature distribution in the concrete testing body, metal pipeline and groundwater flowing in the pipeline.
This figure 3 shows a simulation for thermal convection in the house at the noon.