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Keyphrases
Cooling Technology
100%
Heat Flux Measurement
100%
Aero
75%
Heat Flux
50%
Installation Time
50%
Turbine Cooling
50%
Point-based
50%
Installation Cost
50%
Multi-wavelength
25%
Ther
25%
Surface Temperature
25%
Validation Data
25%
Tempe
25%
Spatial Gradient
25%
Research Environment
25%
Camera System
25%
Efficiency Improvement
25%
Design Codes
25%
Cooling Design
25%
Design Targets
25%
Navy
25%
Intro
25%
Center of Excellence
25%
Rotating System
25%
Failure-prone
25%
Thermal Gradient
25%
Direct Benefits
25%
Spatially Resolved
25%
Turbine Inlet
25%
Non-contact
25%
Cooled Turbine
25%
Department of Energy
25%
Engine Manufacturers
25%
Saving Time
25%
Engine Design
25%
Premier
25%
Government Agencies
25%
Thermal Stress
25%
Duction
25%
In Tandem
25%
Marten
25%
Measurement System
25%
Critical Design
25%
Thermal Imaging Camera
25%
United States
25%
Cooling Architecture
25%
Thermal Imaging
25%
US Navy
25%
Turbine Components
25%
Rotating Blade
25%
Engine Cooling
25%
Spatially Resolved Measurements
25%
Laboratory Environment
25%
Heat Flux Sensor
25%
Surface Temperature Measurement
25%
Multi-wavelength Observations
25%
Global Components
25%
Development Test
25%
Officers
25%
Warfighter
25%
Releasable
25%
Multiple Wavelengths
25%
ProPO
25%
Engineering
Heat Flux Measurement
100%
Imaging Systems
100%
United States of America
100%
Installation Cost
50%
Installation Time
50%
Heat Flux
50%
Design Code
25%
Development Process
25%
Turbine Components
25%
Single Wavelength
25%
Engine Design
25%
Rotors
25%
Engine Cooling
25%
Measurement System
25%
Test Rig
25%
Heat Flux Gauge
25%
Department of Energy
25%
Camera System
25%
Thermal Stress
25%
Thermal Gradient
25%
Constrainedness
25%
Thermal Imaging Camera
25%