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Evaluation of ice-adhesion strength on erosion-resistant materials
Jared Soltis
,
Jose Palacios
,
Timothy Eden
,
Douglas Wolfe
Aerospace Engineering
Office of the Senior Vice President for Research
Engineering Science and Mechanics
Ken and Mary Alice Lindquist Department of Nuclear Engineering
Materials Science and Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
53
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Scopus citations
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Dive into the research topics of 'Evaluation of ice-adhesion strength on erosion-resistant materials'. Together they form a unique fingerprint.
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Keyphrases
Erosion Resistance
100%
Ice Adhesion Strength
100%
Resistant Sources
100%
Adhesion Strength
50%
Titanium Nitride
40%
Surface Roughness
30%
Metallic Materials
30%
Stainless Steel
20%
Liquid Water Content
20%
TiAlN
20%
Temperature Effect
10%
Temperature Variation
10%
Surface Temperature
10%
Systems-based
10%
Rotorcraft
10%
Ambient Temperature
10%
Material Parameters
10%
Coating System
10%
Coated Surface
10%
Surface Material
10%
Shear Force
10%
Rotor Blade
10%
Ice Adhesion
10%
Icing
10%
Blade Leading Edge
10%
Impact Ice
10%
Environmental Parameters
10%
Varying Temperature
10%
Cloud Droplets
10%
Adhesion Properties
10%
Extrapolation Method
10%
Low Surface Roughness
10%
Load Configuration
10%
Test Matrix
10%
Inconel 625 (IN625)
10%
Cathodic Arc Deposition
10%
Surface Roughness Parameters
10%
Nitride-based
10%
Federal Aviation Regulation
10%
Appendix C
10%
Engineering
Nitride
100%
Resistant Material
100%
Liquid Water Content
50%
Aluminum Nitride
50%
Leading Edge
25%
Rotorcraft
25%
Material Parameter
25%
Coating System
25%
Test Condition
25%
Droplet Size
25%
Shear Force
25%
Rotor Blade
25%
Physical Vapor Deposition
25%
Environmental Parameter
25%
Greater Effect
25%
Coating Surface
25%
Grain Material
25%
Federal Aviation Regulation
25%
Cathodic Arc
25%
Cloud Droplet
25%
Surface Roughness Value
25%
Extrapolation Method
25%
Grain Roughness
25%
Material Science
Bond Strength (Materials)
100%
Titanium
53%
Nitride Compound
26%
Surface Roughness
26%
Liquid Water
13%
Stainless Steel
13%
Aluminum Nitride
13%
Rotorcraft
6%
Physical Vapor Deposition
6%
Inconel 625
6%