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Office: 101 Textile Building
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Composites; interfacial adhesion, flow through porous media, mechanics of flexible structures |
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Office: 222 Textile Building
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Polymer and nano composites, extrusion, injection molding, compression molding, fibers, yarns, fabrics, weaving, knitting, braiding, computer-aided design and modeling, testing and analysis |
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Office: 103 Textile Building
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Polymer materials science, polymer nanocomposites, flow behavior of polymers, rheology, control of microstructure and nanostructure in materials, polymers for structural and biomedical applications, shape memory polymers |
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Office: 221 Textile Building
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Biopolymers for medical applications, natural fibers and polymers from renewable resources, application of engineered enzyme systems, hydrogels, electrospinning, coloration, surface modifications |
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Office: 232 Textile Building
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Polymer nanocomposities, bio-degradable polymers, polymer processing, sol-gel derived nanoparticles, clay based nanocomposites |
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Office: 207 Textile Building
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Fiber and polymer science, quality engineering, statistical analysis of fiber properties, geotextiles |
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Office: 222A Textile Building
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Mechanics of ceramic and polymer matrix composites, Manufacture and testing of fibrous composites, Time-dependent response of viscoelastic materials, Modeling of the mechanical behavior of nanocomposites for static and transient loading and non-linear response of flexible structures. |
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Associate Professor Office: 117 Textile Building
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Engineered fabrics and design; protective materials (including ballistic resistance, blast protection, chemical resistance, flame resistance, biological agent protection); aircraft and vehicle protective structures; fiber-based medical fabrics and protective materials; communications enhancing, structual reinforcement fibruous structures |
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Assistant Professor Office: 223 Textile Building
Conducting polymers, carbon nanotubes, sensors, nanocarbons, energy storage and harvesting |
Adjunct Faculty |
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Structural chemistry, green separation science and technology, room temperature ionic liquids, aqueous biphasic separations, dissolved metal ion separations, environmental applications, pollution prevention, pollution remediation, design and synthesis of porous solids, radiochemistry, and environmental inorganic chemistry |
Emeritus Faculty |
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Office: 105 Textile Building
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Chemistry of polymers and fibers, antimicrobial materials, fiber extrusion, microscopy, CAD of fabrics, statistical analysis of fiber properties, nonwovens engineering |
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Office: 115 Textile Building
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Office: 115 Textile Building
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Office: 115 Textile Building
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Scott Edward Parazynski
Robin Rogers
David Hall
Robert Walker
William Walsh