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My research resides broadly within the realm of applied and theoretical polymer science and technology. The following "vignettes" will hopefully provide you with a taste of the range and scope of my work and interests.
Materials and Composites
Next-Generation
Flexible Foams
Resilient flexible foams through in-situ precipitated particle reinforcement...
Functional
TPU Nano-Architectures
Thermoplastic polyurethanes with tailored process and property characteristics through novel,
phase separated nano-architectures...
Cardiovascular
Biomaterials
Biocompatible, biostable, fatigue resistant elastomers for cardiovascular
prosthetics...
Scaffolds
for Tissue Engineering
Porous, degradable polymer technology for cell and tissue regeneration...
Diffusion
and Transport of Drugs in Polymers
Rationally designed biopolymers for controlled release of drugs...
Glass Fiber & Lignocellulosic Composites
Research & development of high performance glass fiber- and lignocellulosic-polyurethane
composites...
Parallel Polymer Synthesis & High-Throughput Screening
High-speed biopolymer lead discovery and development...
Synthetic Biosurgical Adhesives and Sealants
Development of biocompatible, resorbable adhesives and sealants for topical and internal wound repair.
Advanced Polymer Characterisation
Solid State Nuclear Magnetic Resonance Spectroscopy
Multidimensional NMR tools for probing structure, dynamics and morphology
in bulk polymers...
Time-Resolved X-ray Scattering
On-line SAXS/WAXS of polymers under dynamic stress and fatigue...
© 2001 William Andrew Daunch. All Rights Reserved.