mixing and combustion - Globe Thesis

Keyword [mixing and combustion] Result: 1 - 20 \| Page: 1 of 2
1.	Investigation Of Flow, Mixing And Combustion Properties Of Transverse Fuel Injection Upstream Of The Cavity In A Supersonic Combustor
2.	Simulation And Experiment Of Two-Phase Mixing And Combustion In The Scramjet Combustor
3.	Study On Spray Mixing And Combustion Characteristics Of LPG/Diesel Fuel Blend
4.	Investigation On The Mixing And Combustion Performances Of Chevron Mixer For The Afterburner
5.	Inverstigations On Mixing And Combustion Mechanism Of Supersonic Mixing Layers
6.	Solid Ducted Ramjet Mixing And Combustion Characteristic And Structure Optimization Research
7.	The Investigation Of V-gutter’s Effects On The Mixing And Combustion In Subsonic Flow
8.	Investigation Of Fuel/Air Mixing And Combustion Characteristics Of A Lean Premixed Burner For Natural Gas Turbine Application
9.	Large Eddy Simulation Of Transverse Jet Mixing And Combustion In Supersonic Crossflow
10.	More Fuel Gas Boiler Combustion Adjustment And Operation Optimization
11.	Investigation On Mixing And Combustion Performances Of Lobe Forced Mixer For The Afterburner
12.	The Numerical And Experimental Investigation Of Syngas Mixing And Combustion Characteristics
13.	Study On In-cylinder Injection Mixing And Combustion Characteristics Of Direct Injection Natural Gas Engine
14.	Study On Combustion Characteristics Of Supersonic Combustion Chamber Wall Fuel Jet
15.	The influence of elliptical nozzle holes on mixing and combustion in direct injection natural gas engines
16.	On real gas and molecular transport effects in high pressure mixing and combustion
17.	Using large eddy simulations to study diesel DI-HCCI engine flow structure, mixing and combustion
18.	Experimental measurement and analysis of in-cylinder fuel-air mixing and combustion using an optical DI Diesel engine under realistic operating conditions
19.	Numerical studies on supersonic mixing and combustion phenomena
20.	Simulations of Injection, Mixing, and Combustion in Supersonic Flow Using a Hybrid RANS/LES Approach
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