The National Textile Center

NTC FY2007
Research
Program


See this page for more details about:
Project Management - Rules & Responsibilities

The table below lists the projects included in the FY2007 (Year 16) Research program. This program started May 1, 2007 and will conclude April 30, 2008. You are invited to examine the research program by selecting the link to the projects' Annual Report as listed below. Please contact the Executive Director if you have questions or comments.

Each project is expected to run for three years, subject to demonstrating satisfactory progress to the Technical Advisory Committee. Seed Projects are funded for one year to enable the investigating team to explore the area before submitting a final proposal. The coding system is:

First Letter:
Competency Group: Chemical, Fabrication, Materials, Systems,
2nd & 3rd Numbers:
Year the project commenced
Last Grouping:
University Managing Code: AE: Auburn Engineering, AC: Auburn Consumer
Affairs, CL: Clemson, CD: UCalDavis, CR: Cornell, GT: Georgia Tech, NS: NC
State, PH: Philadelphia U, MD: UMass Dartmouth

Competency Definitions:

Chemical
Research in chemical applications to and modifications of fibers and fiber substrates, including dyeing, finishing and waste reduction.
Fabrication
Research in the fabrication, processing, manufacture and testing of fabrics, fibrous structures and fabricated products..
 
Materials
Research in the design, development, and measurement of properties of natural and synthetic polymers, materials and fibers, including polymer mixtures and additives.
Systems
Research in the management of product design, sourcing, production, distribution and consumption systms.
Project
Title
Investigation of Organic Ionic Liquids for Fiber Extrusion  
Molecularly Imprinted Fibers with Recognition Capability
Hybrid Microporous Membranes Intended for Protective Clothing  
Novel, High-Yield Application of Permanent Colorants and Finishes  
Injet Deposition of Complex Mixtures to Textiles  
Boundary Lubrication and Molecular Assembly in Fiber Processing  
Genetic Algorithms in Molecular Design of Novel Fibers
Self-Decontaminating Textiles
Effect of silicone finishes on the burning behavior of PET
Hydrodynamic Lubrication in Fiber Processing
Reinforcement fabrics with electronic transmission capabilities
Demand Activated Toughening in Fabrics  

Cost Effective Nanofiber Formation: Melt Electrospinning

Direct Spinning and Fabrication: the Robospider
Electrospun Core-Sheath Fibers for Soft Tissue Engineering  
Scent-Infused Textiles
Direct Writing Biological Patterns & Constructs onto Fabrics
Nanolayer Self-assemblies: Novel, Adaptable Fiber Surfaces
Ultra-fine filament yarns made by supersonic jet splitting 
Piezoelectric Fabrics for Energy Harvesting
Transport in 3-D Nanofab Geometries
Formation and Performance of Auxetic Textiles
Blue-Cured Adhesives for Bonding and 3D Medical Textiles
Developing Environmental Fabrics and Breathing Wall Systems
Efficient biological-chemical protective materials
Functional Fibers via Biomimesis  
Creation of a New Class of Cellulose Engineering Materials    
Shape Memory Polymer Fibers for Comfort Wear  
High Modulus Aliphatic Nylon Fibers  
Integrated Production of Functional Fibers and Nonwovens
Fibers for Textile-Based Electrical Energy Storage
Hierarchically Designed and Conductive Elastomeric Fibers
Textile Based Carbon Nanostructured Flexible Antenna
Improving Textiles with Cyclodextrins
Masculine Style(s): Shifting Identities and Textile/Apparel  
Fabric and Skin: Contact, Friction and Interactions  
Hispanic Characterization System
Strategic Sustainability and the Triple Bottom Line
Apparel Development for Plus-sized Tween & Teen Boys
A Visual Approach to the Assessment of Apparel Brands
Research Network on Multifunctional Protective Clothing
Dynamic Textile Process and Quality Control Systems

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