Ian Hamerton on Muck Rack

Ian Hamerton

As seen in: Polymer International, High Performance Polymers, MDPI, ACS Publications, Royal Society of Chemistry, IOM3 Investigates
Husband, Father, Bassist, NCC Chair in Polymers & Sustainable Composites, President @VoyseySociety, author of book on WAS Benson. He/Him. Views my own.
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Articles

Improving Adhesion of UHMWPE with Epoxy Matrix by Reactive Ion Etching of UHMWPE Using Ar–O2 Plasma and the Effects of Plasma on Adhesion at the Micro- and Macroscale

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By Mark Hazzard, Ian Hamerton, Usman Sikander, Michael R. Wisnom
| ACS Publications
1. Introduction Click to copy section linkSection link copied! Ultrahigh molecular weight polyethylene (UHMWPE) fibers have been widely adopted for applications such as ballistic armor protection, (1) due to their high strength and energy-absorption capability while being lightweight. (2−4) The fibers are either solution-grown or gel-spun (5,6) and drawn, resulting in 95% molecular orientation in the drawing direction with a degree of crystallinity of 97.5%.
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Sustainable Composites Home

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By Ian Hamerton, Jonathan Wagner, Jonathan Meegan, Lois Jane Hobson
| Royal Society of Chemistry Verified
The Royal Society of Chemistry is delighted to present this cross-journal themed collection on Sustainable Composites, guest edited by Professor Ian Hamerton (University of Bristol), Dr Lois Hobson (Centre for Process Innovation) and Dr Jonathan Wagner (Loughborough University). The Royal Society of Chemistry is committed to championing new research and promoting skills and development in the composites sector.
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Steering Potential for Printing Highly Aligned Discontinuous Fibre Composite Filament

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By Narongkorn Krajangsawasdi, Duc Nguyen, Ian Hamerton, Dmitry Ivanov
| MDPI
Abstract : DcAFF (discontinuous aligned fibre filament) is a novel material for fused filament fabrication (FFF) 3D printing made of highly aligned discontinuous fibres produced using high performance discontinuous fibre (HiPerDiF) technology. It reinforces a thermoplastic matrix to provide high mechanical performance and formability.
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