The SULI intern will work with members of the Interfacial Mechanics & MaterialsSection on experimental studies of tribological behavior in engineering materials,with a focus on ultra-fast boriding synthesis to create hard, wear-resistant surfacelayers. The project will include the development and characterization of non-ferrous boride coatings/layers and an evaluation of how microstructure andmechanical properties influence wear performance. Using benchtop tribometersand dedicated wear test fixtures, the intern will measure friction and material lossand help identify dominant wear and damage mechanisms. The intern will assist with (1) preparing and boriding test coupons using an ultra-fast boriding process (including non-ferrous substrates/boride layers asapplicable), (2) conducting abrasive wear testing (in addition to sliding wear tests),and (3) organizing, analyzing, and documenting experimental data. Data will beprocessed and plotted using Excel and/or Origin. Borided and unboridedspecimens will be characterized using one or more of the following methods:metallographic preparation and analysis (grinding, polishing, etching), profilometry, optical microscopy, cross-sectional analysis, and electron microscopyto evaluate boride layer thickness and integrity, surface roughness, wear scarmorphology, and microstructural evolution before and after testing. The intern willsupport instrument operation and data acquisition, manage data files, generatefigures, and contribute to brief reports and presentations summarizing findings.
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Job Type
Full-time
Career Level
Intern
Education Level
No Education Listed