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Physics / Fluid mechanics / Condensed matter physics / Wetting / Goniometer / Carbon-fiber-reinforced polymer / Adhesive / Surface energy / Autoclave / Physical chemistry / Surface chemistry / Chemistry


Improving Adhesive Bonding of Composites Through Surface Characterization: Potential Composite Bond Contamination By Contact Angle Fluids
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Document Date: 2015-02-11 17:04:11


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File Size: 1,82 MB

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Company

The Boeing Company / QA Technique Contact Angle FTIR Goniometer Surface / DuPont / 3M / Precision Fabric Group / /

Facility

Brian D. Flinn University of Washington Materials Science / /

IndustryTerm

energy release rate / surface energy / free energy/unit area / aerospace grade wipes / metal bond / energy / /

Organization

Federal Aviation Administration / Capps & Brian D. Flinn University of Washington Materials Science and Engineering Potential Composite Bond Contamination By Contact Angle Fluids / /

Person

Aaron Capps / Jonathan T. Morasch / Ashley C. Tracey / Larry Ilcewicz / Brian D. Flinn / David Westlund / Marc Piehl / Kay Blohowiak / Pete VanVoast / /

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Position

Analyst / /

ProgrammingLanguage

L / /

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