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Home
Research
Manufacturing
Interfacial Phenomena
Rheology and Fluid Mechanics
People
Publications
Contact
Home
Research
Manufacturing
Interfacial Phenomena
Rheology and Fluid Mechanics
People
Publications
Contact
Home
Research
Manufacturing
Interfacial Phenomena
Rheology and Fluid Mechanics
People
Publications
Contact
Research Archives
Manufacturing
Additive Manufacturing
Fiber Spinning
Spray Drying
Thin Film Manufacturing
Interfacial Phenomena
Droplet and Filament Spreading
Foams
Interfacial Transport
Self-assembly and Soft Matter
Rheology and Fluid Mechanics
Extensional Rheology
Polymer Dynamics
Shear Rheology
Spreading Dynamics
Correlation Between Processing and Material Strength: Case of UHMWPE
Project Overview
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Fiber Spinning
This collaborative effort examines the relationship between processing conditions and material performance in high impact (high strain rate)
Direct Measure of Crystalline Domain Size, Distribution, and Orientation in Polyethylene Fibers
Publication
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Fiber Spinning
Abstract High performance ultra high molecular weight polyethylene (UHMWPE) fibers are primarily composed of extended chain (shish) and
Multiscale Approaches to Formation of Thermoplastic Prepreg Short Carbon Fiber
Publication
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Fiber Spinning
Abstract The fabrication of prepreg carbon fiber typically involves continuous fibers or fabrics which cannot be easily translated
High Throughput Carbon Fiber Surface Modification
Publication
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Fiber Spinning
Abstract Typical commercial surface treatments for continuous carbon fibers are often unavailable for short fibers. As such, there
The Evolution of Crystalline Structures During Gel Spinning of Ultra-high Molecular Weight Polyethylene Fibers
Publication
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Fiber Spinning
Abstract Most studies are focused on the final mechanical properties of the fiber and the processing window required
Novel Processing Apparatus to Control Multiscale Morphology in Ultra High Molecular Weight Polyethylene Fibers
Publication
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Fiber Spinning
Abstract This work focuses on the use of a novel apparatus to study gel-spinning of ultra-high molecular weight