Local thermal non-equilibrium - Globe Thesis

Keyword [Local thermal non-equilibrium] Result: 1 - 19 \| Page: 1 of 1
1.	Theoretic Investigation On Basic Problems Of Transpiration Cooling
2.	Thermal-hydraulics Characteristics Research Of Molten Salt Cooled Pebble Bed Reactor
3.	Research On The Local Thermal Non-equilibrium Effect For Heat Transfer In Porous Media
4.	Research Of Forced Convection In A Channel Filled With Porous Media Using Local Thermal Non-equilibrium Model
5.	Analytical And Numerical Analysis Of Heat Transfer In Passages Filled With Porous Media
6.	Performance Study Of Porous Solar Wall Heating Room
7.	Study On Numerical Modelling Based On Thermo-hydro-mechanical Coupling And Heat Transfer In Enhanced Geothermal Systems
8.	Effects Of Boundary Conditions And Layered Filling On The Flow And Heat Transfer In A Porous Channel Under Local Thermal Non-equilibrium Condition
9.	Numerical Study Of Natural Convection Of Nanofluid In Enclosures Filled With Porous Medium
10.	Numerical Study Of Natural Convection In Wavy Enclosures Filled With Porous Medium Saturated With Nanofluid
11.	Research On Heat And Mass Transfer With Local Thermal Non-equilibrium In Porous Media
12.	Analysis Of Momentum And Heat Transfer At The Porous/free Fluid Interface
13.	Investigation On Heat Transfer And Entropy Production In Tube Filled With Layered Or Partially Filled Porous Media Under Local Non-thermal Equilibrium Condition
14.	Analytical And Numerical Analysis Of Heat Transfer In Hollow Channeland Circular Channel Filled With Porous Medium
15.	Study On Convective Heat Transfer Characteristics In Partially Filled Porous Media Channnel Considering Internal Heat Source
16.	Research On Convective Heat Transfer In Porous Media-free Flow Channel Under Local Thermal Non-equilibrium Conditions
17.	Study On Coupling Heat Transfer Characteristics In Plate Heat Exchanger Filled With Porous Medium Under Local Thermal Non-Equilibrium Condition
18.	Analysis Of Film Condensation And Film Boiling On A Vertical Plate Imbedded In Porous Media
19.	Numerical Simulation Method Of Transpiration Cooling And Its Application In Turbine Blades
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