conjugate heat transfer - Globe Thesis

Keyword [conjugate heat transfer] Result: 1 - 20 \| Page: 1 of 6
1.	Research Of System Identification And Numerical Prediction Methods In Analyzing Heat Transfer Process Of Wall Surface
2.	Study On Flow And Heat Transfer Characteristics Of Single Phase In Mini-channels
3.	Study On Solid-Fluid Conjugate And Boiling Heat Transfer For Gasoline Engine
4.	Research On Fluid Flow And Heat Transfer In Turbine Rotor Blade With Complex Internal Cooling
5.	Research On Conjugate Heat Transfer Simulation And Turbine Vane Cooling Structure Optimization With Bem
6.	Research On Conjugate Heat Transfer Simulation Of Aero Turbine Engine Air-Cooled Vane
7.	Experimental And Numerical Investigation Of Conjugate Heat Transfer For Gas Turbine Guide Vanes
8.	Investigation Of Heat Transfer Characteristics Of Lamilloy
9.	Numerical Simulation And Analysis Of Energy Consumption On Displacement Ventilation With Conjugate Heat Transfer
10.	Numerical Calculation Of Fluid Field And Thermal Field For Large Hydro-generator
11.	Numerical Simulation Of Fluid Structure Interaction Of Steam-cooling Turbine Vane
12.	Numcrical Simulation Of Flow Field On Ventilation System Of Flow-bulb Hydrogenerator
13.	Conjugate Heat Transfer In A Partially Open Cubic Enclosure With A Heat-generating Conducting Body
14.	Analysis About The Operating Characteristics Of Air Source Heat Pump Based On The Underground Tunnel Air In Winter
15.	Analysis Of Flow Field Inside A Flue Gas Turbine And Numerical Investigation Of Impeller Erosion And Heat Transfer Of A Flue Gas Turbine
16.	Three Dimensional Fluid Field Simulation And Structure Analysis Of Turbine Blade
17.	Numerical Simulation Of The Natural Convection In Channels Under Complex Conditions
18.	Numerical Simulation Of Conjugate Heat Transfer In A Turbine With Newly Designed Cooling Structure Of Second Stage Blade
19.	Conjugate Heat Transfer Simulation For Unstructured Grids
20.	Engine Coupled System Of Conjugate Heat Transfer Of Steady-state Solid Flow Numerical Simulation Study
<<First <Prev Next> Last>> Jump to