Seattle / Brisbane / New York / Portland / Lisbon / London / /
Company
Blackwell Science Ltd. / Hybrid Floor Plate Systems / Urban Development Steel / Domeshells Australia Pty. Ltd / /
Country
Italy / Australia / Portugal / United Kingdom / / /
Facility
Quensland University of Technology / Queensland University of Technology / /
IndustryTerm
cement layers / structural floor plate systems / circular steel roller / thicker steel plates / structural floor systems / low embedded energy / metal face plates / recyclable and reusable building systems / performance characteristics steel / cold-formed steel facings / structural applications / thick metal plates / sandwich construction applications / steel sheet / thermo chemical processing / steel framed buildings / manufacturing process / energy / thin steel sheets / composite material technology / energy recovery / structural flooring systems / chemical processing / embedded energy / roof systems / stiffened steel plate / cement / Glass-fibre reinforced cement / chemical reaction mixture / steel laminate / steel face plates / floor system / floor plate systems / steel / manufactured using steel / /
Organization
Organising Committee / Quensland University of Technology / Concrete Association / National Precast Concrete Association Australia / Queensland University of Technology / Brisbane / Structural Stability Research Council / Faculty of Built Environment and Engineering / Instituto Superior Técnico / International Glass fibre Reinforced Concrete Association / /
Person
Kennedy / Raghupathy / V / /
Position
Group Technical Consultant / Robert Bird Group / D.J. / author / Major / V.P. / /
ProvinceOrState
New Jersey / Queensland / /
Technology
composite material technology / building technology / http / /
This is the author’s version of a work that was submitted/accepted for publication in the following source: Abeysinghe, C.M., Thambiratnam, D.P., & Perera, N.P[removed]Investigation of hybridized polyurethane, glass fi