Swirl - Globe Thesis - Globe Thesis

Keyword [Swirl] Result: 161 - 180 \| Page: 9 of 10
161.	A Numerical Study On Optimization Of The Design Parameters Of An Automotive Diesel Engine Helical Intake Port
162.	Numuerical Simulation Analysis Of The Gas Industrial Furnace Swiling Combustion And NO_x Generation
163.	Influences Of Axial-flow Pump Impeller And Pumping Station Intake Design On The Flow Pattern At The Inlet Of The Impeller Chamber
164.	The Simulation Analysis Of EGR On The Combustion And Emission Characteristics Of Diesel Engine
165.	Experimental Study On The Fuel Spray Characteristics Of Stirling Engine
166.	Numerical Simulation Of Flow Characteristics For Xiaowacao Inverted Siphon
167.	Numerical Study On Combustion Performance Of Reverse Flow Combustor With Swirl Cup
168.	The Impact Of Structural Changes On Combustion In New Round Flame Burner
169.	Experimental Study And Numerical Simulation On A New Type Of Low-NO_X Swirl Burner
170.	Three Dimensional Flow Numerical Analysis In A Swirl Chamber Type Supercharged Diesel Engine
171.	Three-Dimensional Numerical Analysis Of Spray And Combustion Process For The Swirl Chamber Diesel Engine With Supercharging
172.	Experimental And Numerical Study On Swirl-vane Steam Separator Using Air And Water Model Fluids
173.	Micro Electrochemical Machining Technology For Swirl Chambers Of Engine Fuel Nozzles
174.	Research On Flow Characteristics In Bionic Non-Smooth Surface Diesel Helical Intake Port
175.	Simulation Analysis On Swirl Nozzle For Liquid Distributor In Horizontal-tube Falling Film Device
176.	Numerical Analysis Of Mixture Formation For A Spray And Wall Complex Guided LPG DI Engine Adopting Stratified Lean Combustion
177.	Studies On Pollutant Emissions Of Premixed Swirl Combustor
178.	Optimization Of Intake Port Of Diesel Engine Based On Structure Parameters
179.	Numerical Investigation On Mechanism Of Jet Mixing In Lobed Mixer With Swirl Of Radially Different Distribution
180.	Numerical Simulation Of Low NO_x Reformation Of An800MW Swirl-opposed Firing Boiler
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