Yijie Jiang
Principal Investigator
The University of Oklahoma
I'm working on
9 months ago
Additive manufacturing, composite interfaces, adhesion, sensing
About
Research spans additive manufacturing of fiber-reinforced and sustainable composites; interfacial mechanics and adhesion; and embedded sensing. Uses AFM and machine learning for data-driven interface characterization to engineer microstructure, durability, and performance for structural and conformal devices.
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The University of Oklahoma
Barrier materials by H-bonding grafted cellulose with processed amylopectin
Nanostructured barrier films formed by hydrogen-bonding processed amylopectin with cellulose fibers to enhance oxygen and water vapor resistance in paper-based packaging. The approach uses thermal activation to create a ...
TechnologyConceptualUniversity
The University of Oklahoma
Amylopectin-cellulose biocomposite for compostable replacement of polystyrene foam
A low-cost, lightweight, and fully compostable biocomposite made from amylopectin and cellulose fibers designed to replace polystyrene foam packaging. Offers high stiffness (~2 GPa) and strength (~32 MPa) at densities be...
TechnologyIn developmentUniversity
Yijie Jiang
Principal Investigator
The University of OklahomaWork experience
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AdhesivesArtificial IntelligenceBioenergyFood Engineering & ProcessingSustainability
Last updated Jan 2026
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