Henderson Research Group
Where interface Chemistry Meets Engineering
The Henderson research group is committed to utilizing world class organic chemistry and engineering principles and applying them towards the creation of innovative next generation materials. A leading research theme within our group is on the surface chemistry of carbon fibres, of which has faced many challenges over the years since its development in the 1960's.
Welcome To The Henderson Research Group Website
Awards, Prizes and Honors
Australian Competitive Grants
Bioinspired interfaces for improved carbon fibre composite performance
A World Class Future Fibre Industry Transformation Research Hub
Interfacial Design for High Performance Carbon Fibre Polymer Composites
P1 Optimisation of Carbon Fibre Surface Treatment and Sizing for Polyamide Resin Compatibility ITTC ATLAS
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Industry and Other Funding
Golden Bullet: A Double Barrelled Approach to Cancer Treatment
Nanotablets: small medicine with big effects - detecting oxidative stress in cells
A World Class Future Fibre Industry Transformation Research Hub
Comparison of Pristine and Recycled Fibres
Treatment of Carbon Fibre Felts with Amine Capping Agents
Examination of Carbon Fibre Surface Treatments
ARC Training Centre in Lightweight Automotive Structures (ATLAS)
Effect of chemical modification of carbon fibre on mechanical properties of aerospace composites
Small Diameter PAN-Based Carbon Fiber
Synthesis of Tethered Catalysts
Optimization of Carbon Fiber Surfaces for Advanced Composites
P1 Optimisation of Carbon Fibre Surface Treatment and Sizing for Polyamide Resin Compatibility ITTC ATLAS
Investigations into surface modification of carbon fiber for fundamental insights into interfacial phenomena
Self-Healing Materials for Enhanced Integrity and Reliability of Structures and Pipelines.
Developing Carbon Fibers for Ring Opening Metathesis Polyerisation.
Fire Proof Carbon Fibre for Building and Construction Applications.
Using electrochemically initiated radical polymerization to develop novel sizings for carbon fibers in high temperature applications.
Antibiotic Joint Implants: Modifying Metal Surface Chemistry to Prevent Infection in Joint Replacements
Fire Proof Carbon Fibre for Building and Construction Applications ¿ Phase II
Other Funding Sources
P1 Optimisation of Carbon Fibre Surface Treatment and Sizing for Polyamide Resin Compatibility ITTC ATLAS
