Flow Conditions - Globe Thesis

Keyword [Flow Conditions] Result: 41 - 60 \| Page: 3 of 5
41.	Feasibility Study On The Anti-collision Scheme Of The Baiheliang Underwater Museum’s Corridors
42.	Study On Layout And Hydraulics Of Navigation Hydropower Junction Of Braided Stream
43.	Numerical Simulation Of "S" Characteristic Zone Of Pump Turbine
44.	Flow Characteristics Study Of Cylindrical Isolator At Asymmetric Incoming Flow Conditions
45.	Conjugate Heat Transfer Characteristics Of Gas Turbine Combustor Effusion Cooling
46.	Study On The Service Life Of X-type Flexible Mattress Under Unsteady Flow Conditions
47.	Study On The Flow Characteristics Of Low Pressure Section In Steam Turbine Under Low Volume Flow Conditions
48.	Flow Performance Study Of Scramjet Isolator At Distorted Incoming Flow Conditions
49.	A Coupling Static-dynamic Mechanical Seal Model With Considering The Gas-liquid Phase Flow Conditions
50.	An Approach To The Limit Value Of Navigable Flow Conditions At The Entrance Area Of Ship Lock In Curved Reach
51.	Research On Reasonable Setting Of Traffic Flow Conditions For Expressway Freight Lanes
52.	Research On Redesign And Performance Of Centrifugal Compressor Impeller Under Variable Flow Conditions
53.	Fluid Excitation And Self-healing To Suppress Vibration Under Transient Flow Conditions Of Cogeneration Turbines
54.	Research On Aerodynamic Load Characteristics Of Centrifugal Compressor Semi-open Impeller Under Small Flow Conditions
55.	Predicting Mechanical Instability of a Cylindrical Plate under Axial Flow Conditions
56.	Investigations of single and two phase heat transfer under natural and forced flow conditions using an instrumented glass MEMS device
57.	Experiments, CFD Simulation and Modeling of ESP Performance Under Gassy Conditions
58.	Optical patternation of fuel sprays in a gas turbine combustion chamber under operationally representative flow conditions
59.	Facilitating higher-fidelity simulations of axial compressor instability and other turbomachinery flow conditions
60.	Combined effects of Reynolds number, turbulence intensity and periodic unsteady wake flow conditions on boundary layer development and heat transfer of a low pressure turbine blade
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