J
Jay Hoon Park
Researcher at Cornell University
Publications - 30
Citations - 755
Jay Hoon Park is an academic researcher from Cornell University. The author has contributed to research in topics: Electrospinning & Nanofiber. The author has an hindex of 15, co-authored 23 publications receiving 563 citations. Previous affiliations of Jay Hoon Park include Massachusetts Institute of Technology & University of Massachusetts Lowell.
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50th Anniversary Perspective: Advanced Polymer Fibers: High Performance and Ultrafine
TL;DR: In this article, the impact of polymer chemistry and engineering on the advancement of synthetic polymer fibers is discussed, focusing on two exemplary cases: (i) high performance fibers and (ii) ultrafine electrospun fibers.
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Confined assembly of asymmetric block-copolymer nanofibers via multiaxial jet electrospinning.
TL;DR: These materials not only provide a platform to further study the effect of confinement and wall interactions on self-assembly but can also help develop an approach to fabricate multilayered, multistructured nanofibers for high-end applications such as drug delivery.
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Recycled Cellulose Polypropylene Composite Feedstocks for Material Extrusion Additive Manufacturing.
TL;DR: Recycled polypropylene/waste paper, cardboard, and wood flour composites made using a solid-state shear pulverization process were made to generate a green composite feedstock for extrusion-based polymer additive manufacturing.
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Ultrafine high performance polyethylene fibers
TL;DR: The first gel-electrospinning fibers with diameters less than one micron have been fabricated in this article, and the resulting fibers exhibited Young's moduli of 73 −±−13 −GPa, yield strengths of 3.5 −± −0.6 GPa, and toughnesses of 1.8−±−0.3 GPa on average.
Journal Article
Ultrafine high performance polyethylene fibers
TL;DR: The first gel-electrospinning fibers with diameters less than one micron have been fabricated in this paper, and the resulting fibers exhibited Young's moduli of 73 −±−13 −GPa, yield strengths of 3.5 −± −0.6 GPa, and toughnesses of 1.8−±−0.3 GPa on average.