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Recently, CFD (Computational Fluid Dynamics) codes have been adapted for solving practical problems in automotive industry [1].
Fig. 1 shows the area-averaged gas temperature gT and heat transfer coefficient gh could be obtained from GT-POWER software simulation [10].
Numerical method The numerical simulations were carried out by commercial software package ABAQUS [11] and the finite element method was applied to solve the governing equations.
Dhaubhadel, "Reviews: CFD applications in automotive industry," ASME, J. of Fluid Engineering, Vol. 118 (1996), p. 647-653

By establishing a sine function of outline of the hill, this paper makes a CFD(Computational Fluid Dynamics) numerical simulation about the low-rise building around the hills with four different height.
Study on Numerical Simulation of Wind Pressure and Wind-Resistant Design of Low-Rise Rural Buildings in China[D].
An Engineering Simulation Model of Airflow over Mountain[J].
Research on the computational domain setting of the numerical simulation about the harbor container groups[J].
Numerical Simulation of Wind Characteristic and Interference Effects on Low-rise Hip Roofed Buildings [D].

Comparisons were made among the results obtained from experiments, numerical simulations, and from those in the literature.
Used finite volume method to solve the N-S equations and Energy equation, Comparisons were made for the numerical simulations results, convectional correlations, and data from the literature.
Numerical Simulation Hypothesizes Model.
Based on the symmetry consideration, taken a half flow area of the single micro-channel as a basic simulation calculation unit.
In this paper, CFD software was used to simulate calculation, which used the finite volume method to discrete each grid or control center of the conservation equations, differential equations will discrete for algebra equations., then used SIMPLEC to solve the coefficient Array.

This simulation is considered to be helpful for the prediction of the interior ballistic parameters which are required for endurance of guided projectile.
A good agreement between the simulation results compared to the experimental results is fulfilled.
The simulation gives good results compared with the experimental results as shown in Table 1.
Helluy, Numerical simulations of gas-particle flows with combustion.
Lowe,: CFD Modeling Of Solid Propellant Ignition", PhD thesis, Cranfield university, Cranfield (1996) [6] M.

Introduction This paper gives a survey on relevant topics related to the numerical simulation of coupled fluid structure interaction problems.
The numerical simulation of may problems in engineering requires multi-physics formulation.
Codes Coupling An other alternative to solve fluid structure interaction problems is codes, a CFD code for the fluid solver, and an FEA structure code for the structure part of the problem.
To illustrate the coupling procedure, a flow induced vibration is solved using the CFD Finite volume code SATURNE and an FEA structural ASTER, both developed by EDF Research and Development group [4] and [5].
A bird strike numerical simulation has been performed using the new coupling.

Design and Simulation of 3D-Printed Wastewater Filter Column Rototypes with Various Flow Configurations Jose Bernardo L.
In this work, the design and simulation of various flow characteristics of the effluent water in a column filter enclosure is presented.
SOLIDWORKS 2020 was used for the design and flow simulation.
Table 1 summarizes the various slit configurations of the cores used in CFD simulation.
CFD simulation was performed using SOLIDWORKS design software.

This paper reports a CFD modeling study on the flow of gases in an electroslag furnace during Protective Gas Electroslag Remelting(PESR) process by a commercial code FLUENT.
The commercial code FLUENT is used for the numerical simulation of gases in the furance.
A quasi steady state, where the fluxes are in equilibrium, is used for the numerical simulation.
The general parameters and boundary conditions used for the simulation are summarized in Table 1.
Table 1: Gas in the furance: simulation parameters.

In this study, we introduced and simulated a large-area ICP source with size of 1500*1500*500mm3 before setting up practical plasma source with simulation software CFD-ACE+.
In the process of simulation Argon was utilized instead of industrial gas for simplicity.
Simulation of Model Structure Fig. 1(a) and Fig. 1(b) show 2D and 3D schematic diagram of plasma chamber, respectively.
(a) (b) Fig.1 2D and 3D schematic diagram of plasma chamber 2D Simulation Discussion Plasma parameters of 2D simulation are shown in Table 1 and corresponding results was displayed by Fig. 2.
Plasma distribution along direction of gas flow is in accordance with results of 2D simulation (Fig. 3(b)).

Numerical simulations of the 3D steady flow in the high-speed pump have been carried out by using the software ANSYS CFX 12.0 and the comparative analysis of the velocity, pressure distributions and fluid mechanics in the high-speed pump under three different flow conditions were also carried out, Respectively.
Fig.1 3-D modeling of the high-speed pump Fig.2 Volute and impeller mesh The set of boundary conditions We use commercial CFD software CFX, no-slip boundary conditions in walls, a standard wall function treatment in near-wall region, and select SST turbulence model[5].
Fig.5 High-speed pump head prediction All of the above results are the predicting characteristic performance of high-speed centrifugal pump with splitter blades or without, which is based on the CFD simulation technology.
On the one hand, the simplified simulation method and some details lead the pumps’ head higher.
However, the performance curve variation of simulation values is consistent with experimental value in high-speed pumps under certain criteria, and the result of simulation has a good agreement with the experiments’.

Based on the experimental data and literature as well as using the CFD tools, a model of light fuel oil combustion has been developed with an emphasis on nitric oxide formation.
The experimental results were used for verification of combustion process modelling with the use of CFD Fluent software.
Research results The basic parameters of the simulation model, e.g. selected options and rate constant values, were also presented in the paper [15].
Two curves, obtained on basis numerical simulation, were plotted for both of these temperatures.