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Analysis of the gas flow in the cavity of internal combustion stove In order to study the gas flow state in the cavity of internal combustion stove, the gas flow model of furnace cavity was established by the 3D software GAMBIT, the gas flow on the furnace chamber is simulated and analyzed by the computational fluid dynamics software FLUENT, by which we could make numerical simulation for flow field of the furnace chamber and get all parameters.
The model of the inlet pipe and exhaust pipe was built based on commercial CFD software package of FLUENT.

In order to quantify the performance loss due to roughness, several researchers Ferrer and Munduate [6]; Gregory and O’Reilly [7] have performed wind tunnel experiments and numerical simulations on wind turbine blades and airfoils.
Munduate, CFD predictions of transition and distributed roughness over a wind turbine airfoil.

Ferreira has studied the dynamic stall effect using PIV techniques and CFD simulations [7].

Barrozo, Experimental and CFD simulation of a bubble column, Mater.

terrace exhaust section section temperature distribution air distribution winter air flow summer air flow ice rink equipment room pedestrian road rainwater sunshine Map 6：Nagano Hickies Stadium Double-layer Roof CFD Simulation Map 7：Image Diagram of the Air Flow Initiative Expansion of the Green Energy.

The CFD guys were generating solutions in a matter of days or even hours, and they wanted to verify their solutions with experimental data from the wind tunnels [2].
Rapid prototyping technology makes this concurrent study of air vehicle concepts via computer simulation and in the wind tunnel possible.

Compared with numerical analysis, the calculation process is relatively simple and depends on empirical formulas, which can be combined with numerical simulation results.
Unsteady-state thermal stress and thermal deformation analysis for a pressurizer surge line subjected to thermal stratification based on a coupled CFD-FEM method, Annals of Nuclear Energy. 108 (2017) 253–267

Steenkamp, Evaluation of HCFeMn and SiMn slag taphole performance using CFD and thermochemical property modelling for CaO-MnO-SiO2-Al2O3-MgO slag, in Proceedings of the thirteens international ferroalloys congress (INFACON XIII), P.
Trusov, TERRA system software for the simulation of phase and chemical equilibria at high temperatures, in Proceedings of the third international symposium (The burning and plasma chemistry), Kazakhstan university, Almaty, (2005) 52-57

Holmes: Axial-Flow Microturbine with Electromagnetic Generator: Design, CFD Simulation and Prototype Demonstration, Proceedings of 17th IEEE International Micro Electro-Mechanical Systems Conference, IEEE Press, (2004), p. 568 [15] D.A.

This model comes from the simulation of trajectories of representative beams that are radiated, absorbed and reflected by walls surface.
Žitný, CFD - Combustion, multiphase flows (presentation).