Boeing
Portable Plasma Process Window Definition for Thermoplastic Surface Treatment
Non-traditional surface treatment methodologies like atmospheric plasma, laser treatment, and UV light have been shown to activate inert bonding surfaces. Particularly in thermoplastic substrates, these methodologies present promising options for adequate and robust surface treatment prior to structural bonding. Structural repair of thermoplastics requires specific plasma treatment parameters to be controlled - speed, number of passes, overlap, and stand-off distance between the substrate and the plasma source. Bonding of thermoset repair material to damaged thermoplastic substrates is currently being evaluated as a more practical repair method as opposed to welding of thermoplastic repair material. Currently, a set of plasma treatment parameters are being used to achieve a robust structural repair of thermoplastics. The student team investigated and defined the process window for plasma surface preparation using the Plasmatreat RD2004 portable unit for repair applications.
Faculty Adviser
Luna Yue Huang,
Assistant Teach Professor,
Materials Science & Engineering
Students
Alex Gibbs
Andy Luong
Chelsea Ho
Henry Song
Michael Holden
Reid Skidmore
Sophia Barrett
Yujiro Osawa