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Accession Number:

AD1135633

Title:

Environmentally-Preferred and Improved (Rapid) Laser Coating Removal Process for the Safe Removal of Coatings from Composite Substrates

Author(s):

• Maness, Dwight
• Eviston, Connor
• Straw, Randall
• Holdaway, Jesse
• Pavlich, Bryan
• Dunphy, Marylee
• Rigney, Mike
• Strat, Andy

Author Organization(s):

• AIR FORCE LIFE CYCLE MANAGEMENT CENTER HANSCOM AFB MA

Report Date:

2020-09-24

Abstract:

Technical objectives of this project: 1. Validate and qualify 1 kW nano-pulsed fiber (NPF) laser for thin advanced composites coated with traditional and non-traditional military paint colors such as gloss white. 2. The outcome of the qualification will be to implement the NPF laser system in a full production robotic laser coating removal system for the RQ-4 and C-130 weapon systems at Warner Robins Air Logistics Complex (ALC).

Document Type:

Conference:

Journal:

Pages:

44

File Size:

5.30MB

Contracts:

Grants:

Descriptors:

• composite materials
• lasers
• surface roughness
• materials
• optical fiber lasers
• continuous waves
• heart rate
• test methods
• air force
• fibers
• life cycle management
• materials processing
• resins
• adhesion
• epoxy resins
• life cycles
• roughness

Identifiers:

• npF(nano-pulsed fiber)
• Environmentally Preferred
• Improved (Rapid) Laser Coating Removal Process
• Safe Removal

SubjectCategory:

• Electrotechnology and Fluidics
• Materials

Distribution Statement:

Approved For Public Release

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