Keyphrases
Heat Transfer
100%
Micro Gas Turbine
68%
Cooling Channel
68%
Additive Manufacturing
68%
Aero-thermal
65%
Rotor
55%
Channel Flow
53%
Diffuser
53%
Acoustic Resonance
53%
Flow Field
52%
High-speed Centrifugal Compressor
48%
Gas Turbine
47%
Performance Studies
44%
Span-wise
44%
Heat Transfer Enhancement
44%
Acoustics
43%
Flow Control
40%
Turbomachinery
39%
Convective Heat Transfer
37%
Liquid Crystal Thermometry
37%
Film Cooling
35%
Extraction Effect
35%
Thermal Characteristics
35%
Forced Convection Heat Transfer
35%
Traveling Wave
35%
Design Methodology
35%
Transonic
35%
Acoustic Flows
35%
Heat Flux
34%
Vaned Diffuser
32%
Internal Cooling Channel
32%
Turbofan
31%
Airfoil
30%
Reynolds number
29%
Turbomachine
28%
Combustor
28%
Lift Enhancement
26%
Loading Variation
26%
Ceramic Additive Manufacturing
26%
Local Heat Transfer
26%
Adaptive Cycle
26%
Infrared Thermography
26%
Resonant Excitation
26%
Combined Heat Power
26%
Wall Modes
26%
Metal Additive Manufacturing
26%
Linear Cascade
26%
Standing Sound Wave
25%
Heat Transfer Distribution
25%
Acoustic Excitation
25%
Engineering
Turbomachinery
83%
Cooling Channel
80%
Rotors
76%
Additive Manufacturing
64%
Channel Flow
58%
Flow Distribution
57%
Forced Convection
56%
Centrifugal Compressor
56%
Internals
56%
Acoustic Resonance
53%
Diffusers
53%
Micro Gas Turbine
53%
Convective
49%
Gas Turbine
48%
Liquid Crystal
46%
Airfoil
44%
Convection Heat Transfer
43%
Heat Flux
43%
Traveling Wave
37%
Reynolds' Number
37%
Boundary Layer
36%
Thermal Characteristic
35%
Local Heat Transfer
35%
Computational Fluid Dynamics
34%
Numerical Approach
34%
Unmanned Aerial Vehicle
31%
Shear Layer
31%
Blade Turbine
31%
Heat Transfer Enhancement
29%
Boundary Condition
29%
Strouhal Number
29%
Aerodynamic Performance
29%
Streamwise
29%
Nusselt Number
28%
Combustor
28%
Channel Geometry
26%
Cogeneration Combined Cooling Heating Power
26%
Actuation
26%
Flow Separation
26%
Skin Friction
26%
Vorticity
26%
Turbines Airfoil
26%
Infrared Thermography
26%
Equivalence Ratio
26%
Applicability
25%
Turbomachines
25%
Flow Condition
25%
Turbulent Flow
23%
Cycle Analysis
23%
Pressure Drop
23%