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Discrete phase model was used for three-dimensional numerical simulation of two-phase flow in the ship FGD scrubber.
The simulation plays a certain role in guiding the structural optimization design of scrubber.
It was used to carry out numerical simulation on the flow field in the scrubber under the situation of no spray.
Numerical Simulation of Influence of Inlet Location on Flow Field in Spray Scrubber [J].
Multiphase Euler-Lagrange CFD applied to Wet Gas Desulphurisation technology [J].

Introduction With the quick development of computer technology and the computational fluid dynamics (CFD), the research of biological fluid dynamics improved rapidly, and the study of numerical simulation through CFD in hemodynamics becomes the mainstream gradually[1-4].
Fig.1 Artery blood model of the branched blood vessel and aortic arch Meshing of the Geometric Model The meshing of ANSYS is a crucial step in the numerical simulation analysis, which directly affects the accuracy of the subsequent numerical calculation and the calculated size.
Conclusions Fluid-Solid Interface (FSI), which combines ANSYS and CFX, is used to establish the three-dimensional model of the branch artery and make the fluid-structure interaction simulations of the model, obtaining the Von Mises Stress of the wall of one cardiac cycle, and the deformation of it.
Finite Element Simulation of Blood Flow in the Cerebral Artery[J].
Computational Analyses and Simulations of Fluid-Structure Interactions Applied to Stented Abdominal Aortic Aneurysms[D].

Study on the Mixer Used for the Thermal Flow-Reversal Reactor Yongqi Liua, Xiangchun Chenb, Ruixiang Liuc, Zhenqiang Gaod, Jingtao Wange School of Transportation and Vehicle Engineering, Shandong University of Technology, Zibo, 255049，China aliuyq65@163.com, bchenxiangchun127@163.com, clrxdlut@sina.com, dsdgaozq@163.com, ehitao0906@163.com Keywords: Mixer; Coal Mine Methane; Ventilation Air Methane; Thermal Flow-Reversal Reactor; CFD Abstract.
Schematic diagram of the mixer Simulation Model.
In order to optimize and improve the design, the mixing process is studied by using CFD software-Fluent.

This research is conducted by modeling and simulation the rate of boiler cooling using CFD software.
Cooling time simulation obtained from the modeling result.
Modeling and simulation Modeling and simulation is done in the superheater area using numerical CFD software.
The model for simulation can be seen in fig 1.
Modelling Boiler Cooling Simulation (a) and arrangement superheater tube boiler (b) 2.

Introduction Computational fluid dynamics (CFD) simulation plays an important role in the field of explosion safety assessment of explosives.
Examples of simulation Reactive flow simulation (sympathetic detonation) A numerical simulation of a gap test was carried out to simulate a sympathetic detonation.
The result shows the reactive flow simulation in parallel accurately reproduced the phenomena under three typical conditions.
The numerical simulation was conducted under the same conditions as those in the experiment.
The numerical simulation of a steel pipe under blast loading was conducted and the result was compared with the experimental result.

The simulation result of velocity contour is shown in Fig. 3.
The simulation results can be validated by experiment data provided by Leach et al. (1966).
The data obtained by simulation is useful for deciding lateral step between each trajectory.
The simulation results is consistent with experimental study in literature, hence, the proposed simulation methodology is helpful for predicting the flow behavior of jets used in WJISMF.
Numerical simulation of high speed turbulent water jets in air.

Moreover, a three-dimensional, quasi-steady CFD Fluent simulation is performed and validated against experimental results.
Kong and Niu [11] described a computational fluid dynamics (CFD)-based procedure to identify the optimal tilt angle of a small-scale rooftop solar chimney.
First, CFD simulations were performed on a two-dimensional solar chimney model with tilt angles varying from 30° to 90° relative to the horizontal plane under different heat fluxes.
A mathematical procedure using CFD data to estimate the ventilation performance of the solar chimney at different angles of inclination under real climatic conditions is described.
[14] Soto, Andrés, et al., Simulation and experimental study of residential building with north side wind tower assisted by solar chimneys, Journal of Building Engineering. 43 (2021) 102562

Nasif [3] developed L shaped heat exchanger and obtain its effectiveness by using CFD simulation.
Behnia, CFD simulation of air to air enthalpy heat exchanger, Energ Convers Manage. 74 (2013) 377–385.

(a) rectangular acvity (b) streamlined acvity 1 (c) streamlined acvity 2 Fig. 2 Two-dimonsional simplified models of sensitive cavity of three structures Solve with Finite Element Method The FLOTRAN CFD analysis of ANSYS software is an advanced tool used to study two-dimensional and three-dimensional flow field, which can be used to analyze the movement of air in cavity [4].
This simulation typically comprises modeling, loading and solution
Summary ANSYS-FLOTRAN CFD software is used to calculate two-dimensional flow field distribution of different thermal wires position in fluidic gyroscope sensitive element with rectangular cavity and two streamlined cavity structures.
Wang: Numerical Simulation Technology of Practical Engineering and its Practice (Northwestern Polytechnical University Press, Xi’an 1999).

Numerical simulation is an efficient way to study the MHD effect in liquid metal blanket.
OpenFOAM[2] is a CFD Open source software which has been used more and more widely in academic and industrial fields because of its open source characteristic, a stable underlying class library and a number of pre/post-processing interface for other CFD/CAD softwares SIMPLE algorithm was derivated by Patankar and Spalding[3] in the 1970s.