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Keyphrases
Heat Transfer
100%
Ceramic Matrix Composites
100%
Friction Factor
100%
Friction Heat
100%
Pressure Loss
85%
Gas Turbine Engine
28%
Coupons
28%
Convective Heat Transfer Coefficient
28%
Surface Topology
28%
Composite Surface
28%
Low Weight
14%
High Pressure
14%
Cooling Performance
14%
Reynolds number
14%
Thermal Properties
14%
Computational Investigation
14%
Convective Heat Transfer
14%
Increased Pressure
14%
Advanced Composites
14%
Single Channel
14%
Nusselt number
14%
Heat Transfer Enhancement
14%
Flow Transferring
14%
Heat Transfer Performance
14%
Gas Component
14%
Hot Section Components
14%
Wall Pressure
14%
Hydraulic Diameter
14%
Heat Transfer Effect
14%
Weave Pattern
14%
Channel Walls
14%
Additively Manufactured
14%
Smooth Walls
14%
Factor Augmentation
14%
Smooth Channel
14%
Internal Channels
14%
Engineering
Pressure Loss
100%
Friction Factor
100%
Strand
50%
Gas Turbine Engine
33%
Convective Heat Transfer Coefficient
33%
Channel Wall
16%
Cooling Performance
16%
Convective
16%
Reynolds' Number
16%
Wall-Pressure
16%
Advanced Composite
16%
Single Channel
16%
Nusselt Number
16%
Hot Section
16%
Hydraulic Diameter
16%
Heat Transfer Effect
16%
Heat transfer performance
16%
Physics
Topology
100%
Ceramic Matrix Composites
100%
Convective Heat Transfer
42%
Gas Turbine Engines
28%
Reynolds Number
14%
Wall Pressure
14%
Hydraulics
14%
Nusselt Number
14%
Heat Transfer Augmentation
14%
Material Science
Ceramic Matrix Composites
100%
Hydraulics
14%
Thermal Property
14%