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The collected data was utilized as the boundary condition for the CFD simulation for further prediction of the model.
Table 2: Coordinate of monitoring point for modeled case study room CFD Simulation.
The field measurement weather data as shown in Table 1 was input as the boundary condition for the CFD simulation.
The CFD simulation was carried out using DesignBuilder simulation program.
CFD Simulation: Effects of Thermal Performance in Varied Orientation.

Numerical simulation of pipeline flow field was performed with CFD method and the factors of erosion thinning were analyzed.
Numerical simulation is widely used considering complexity of erosion mechanism and high cost in experiments.
Numerical simulation is the controlled computational experiment which allows various parameters to be studied separately under various conditions, which is of little difficulty, high efficiency and low cost with the development of CFD [4-6].
Therefore, numerical simulation is in agreement with the actual instances and testified to be reliable and effective.
Application and experimental validation of a computational fluid dynamics(CFD).

The Study of Vent Form of Double-Skin Facade Based on CFD Chuanhui Zhou a , Na Xue College of Urban Construction, Wuhan University of Science and Technology, Wuhan, China azhou3@126.com Keywords: double skin facade, thermal channel, PHOENICS, CFD Abstract: In this paper, taking a building in Wuhan as a case, the CFD method is used to simulate the air flow field and temperature field of respiration double-skin facade,and by analysis, we know how the position and size of air inlet and air outlet can influence the thermal performance , and their area ratio2:3 is suggested with staggered arrangement.
Meanwhile, according to the simulation results of the three models, we come to the conclusion that the special structures of double-skin facade can form natural convection heat transfer, take away the heat in channels and achieve the goal of energy conservation and consumption reduction.
Computation model and boundary condition This paper presents the numerical simulation of double-skin facade by using PHOENICS3.6.2 and the HVAC special module of FLAIR.
By numerical simulation, we can obtain useful conclusions on whether the upper vent should be larger or the lower should be larger.
CFD.

A Microscopic Numerical Simulation of Carbon Dissolution in Different Coke Shapes in the Dripping Zone of Blast Furnace Jennarong Tungtrongpairoj* Department of Materials and Production Technology Engineering, Faculty of Engineering, King Mongkut’s University of Technology North Bangkok, 1518, Pracharat 1 Road, Wongsawang, Bangsue, Bangkok, 10800, Thailand jennarong.t@eng.kmutnb.ac.th Keywords: carbon dissolution, liquid droplets, dripping zone, CFD method Abstract.
A simulation model of the gas-solid flow in a 120 m3-oxygen blast furnace by using a DEM-CFD coupling module[2] applied the DEM and CFD to set many particles in a granular system, and the additional effect of the void fraction on the gas phase, respectively.
At the begining of the relative simulation time (t/ts) at 0.33, the hot metal and slag droplets started to drop and flow down from the inlet zone to the coke bed.
DEM-CFD Modelling of the Ironmaking Blast Furnace; CPI-Wöhrmann Print Service: Zutphen, the Netherlands, 2014
[10] Information on https://www.comsol.com/cfd-module#multiphysics-models

This paper analyzes the vortex induced vibration (VIV) phenomena of twin box bridge girders by means of 2D computational fluid dynamics (CFD) models.
The results obtained from the application of CFD to the structural bridge profile were validated by experimental results from wind tunnel tests.
The numerical simulations are performed with ANSYS Fluent code based on the finite volume method.
The large eddy simulation (LES) with a dynamic Smagorinsky subgrid scale model is employed in the computational process.
Computation of aerodynamic derivatives by various CFD techniques.

The work was done using the commercial computational fluid dynamic (CFD) code FLUENT.
CFD Application The precalciner and operation conditions used in this work are shown in Fig. 1.
Simulation results were obtained using 165,141~235,130 unstructured grids.
The simulation results show that ARS chips should never be injected in higher injection height.
The simulation results show that ARS chips should never be injected in higher injection height.

The study employs computational fluid dynamics (CFD) simulations to replicate the experimental setup and parameters used by Mustafa Moraveji et al.
Computational Fluid Dynamics (CFD) simulation using Ansys Fluent was performed to analyze the impact of these nanoparticles' properties on heat transfer.
The research will involve studying the flow of nanofluids through the 2D tube using CFD simulations and evaluating the heat transfer coefficients.
Computational fluid dynamics (CFD) is a numerical analysis process used to investigate fluid flow problems using computer simulations.
Agrawal, A computational analysis of heat transfer in solid and vented disc brakes: CFD simulation and thermal performance assessment.

Quantitatively, the differences between experiment and CFD with respect to the velocity profile are acceptable.
Before presenting any result, a preliminary experimental test is compared to a CFD code (MaPFlow).
A brief introduction to MaPflow Eulerian CFD is by far the most popular simulation method in aerodynamics.
This is because the CFD and experimental data have similar velocity profile in the wake.
However, if we compare the deficit area only, the differences are not negligible (around 20%) The reason is that even though we have taken measures (honeycombs and screens) to reduce the flow turbulence for the wind tunnel experiment, essentially the flow are still not uniform while in the CFD simulation, the flow can be set to be uniform.

Flow Filed Simulation Analysis and Structural Optimization of Automotive Catalytic Converter Tianzhong Sui 1, a, Lei Wang 1,b and Yang Wang 1,c 1School of Mechanical Engineering & Automation, Northeastern University, Shenyang, China a tzhsui@mail.neu.edu.cn, b leiwang@mail.neu.edu.cn, csuitz@163.com Keywords: Catalytic converter, Flow uniformity, CFD, Numerical simulation Abstract.
Based on Hydromechanics, the relational mathematical models of catalytic converter simulation are established and the parameters are calculated.
Making use of CFD numerical simulation method, a simulation is set up for the internal flow field of catalytic converter original model using fluent software.
From the simulation, the internal flow characteristic is understood.
Such as Lai et al applied PHOENICS software to establish a 3D model without chemical reaction and adiabatic and 3D numerical simulation of steady state flow was made to catalytic converter [3].

CFD, as a powerful analysis technique develops very well.
The simulated results predicted by CFD model are consistent with experimental data.
CFD simulation model of milling cutters with different internal channels The present research selected three milling cutters with different interior channels, i.e., single direct hole, double direct holes and double helical holes.
Hence, cold air is used instead of Cryogenic oil mist in this CFD model.
So the velocity field of the CFD simulation model is available.