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., Experiments and CFD simulation of producer gas fuelled SI engine: Towards addressing high exhaust enthalpy and cooling loads, 23rd National Conference on IC engine and Combustion, SVNIT, Surat, India, 2013

Many scientific researches has been carried out experimental, theoretical and simulation studies for improving solar dryer system efficiency.
Both computational fluid dynamic (CFD) and experimental investigation of tube-type assisted greenhouse dryer have been carried out.

Capacitive Detection of Nanoliter Droplets on The Fly-investigation of Electric Field During Droplet Formation Using CFD-simulation.

A numerical simulation of the steady-state, laminar, two-dimensional, natural convection heat transfer in an open-ended channel partially filled with an isotropic porous medium was investigated in [14].
The commercial CFD code Fluent [20] is employed to solve the governing equations.

Additionally, the simulation results revealed that 20.9% annual energy consumption could be saved with some PCM.
Fig. 1 Device diagram of the experiment Simulation Models To further describe the annual energy-saving effect of the PCMT, it was implemented to simulate the influence on a building in Guangzhou, China, using the conduction finite difference (CFD) heat balance algorithm in EnergyPlus.
Two types of simulation models were built.
The simulation results are shown in Table 3.
Energy Simulation Surface Temperature Analysis.

Experiment and CFD simulation of gas-solid flow in the riser of dense fluidized bed at high gas velocity.

Ookawara, Assessment of a novel spiral hydraulic flocculation/sedimentation system by CFD simulation, fuzzy inference system, and response surface methodology, Sep.

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

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.

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