The Fibre Composites in Civil Infrastructure – Past, Present and Future (FCCI) is a collection of papers presented at the International Workshop on Fibre Composites held at University of Southern Queensland, Toowoomba, Queensland, Australia, 1 – 2 December 2008. The technical papers included in these proceedings are authored by leading researchers, industry partners and asset owners, which showcases the past, present and future prospects of fibre composites in civil infrastructure covering the following topics: • Application of fibre composite materials and products • Research and development on fibre composites • Case studies • Design considerations The Fibre Composites in Civil Infrastructure – Past, Present and Future will be a ...
Fibres can improve the toughness and ductility of concrete in industrial floors, tunnels, mining, se...
Sustainability is still an evolving concept, even if its main trends correlated to civil engineering...
180 p.Fibre reinforced composite (FRC) materials have proved themselves to be one of the few non con...
The Fibre Composites in Civil Infrastructure – Past, Present and Future (FCCI) is a collection of p...
During the past 15 years, there have been considerable activities in the research and development of...
The application of fibre composites in civil infrastructure has been an emerging trend globally in t...
Composites have been in application for the past 3 – 4 decades, but only in the last decade that eng...
New buildings and infrastructure are commonly based on one or more of the three traditional construc...
Fibre composite sandwich structures are increasingly used in applications requiring high bending sti...
Aging and deterioration of civil infrastructure such as bridges, railway sleepers, piles and pipelin...
This paper was written at the conclusion of the International Workshop titled "Composites for Constr...
This paper was written at the conclusion of the International Workshop titled "Composites for Constr...
Fibre Reinforced Concrete (FRC) is a composite material with a cementitious matrix and a discontinuo...
Construction remains a significant consumer of raw materials, specifically non-renewable resources ...
Proceedings of an international workshop, Composites in Construction: A Reality, held in Capri, Ital...
Fibres can improve the toughness and ductility of concrete in industrial floors, tunnels, mining, se...
Sustainability is still an evolving concept, even if its main trends correlated to civil engineering...
180 p.Fibre reinforced composite (FRC) materials have proved themselves to be one of the few non con...
The Fibre Composites in Civil Infrastructure – Past, Present and Future (FCCI) is a collection of p...
During the past 15 years, there have been considerable activities in the research and development of...
The application of fibre composites in civil infrastructure has been an emerging trend globally in t...
Composites have been in application for the past 3 – 4 decades, but only in the last decade that eng...
New buildings and infrastructure are commonly based on one or more of the three traditional construc...
Fibre composite sandwich structures are increasingly used in applications requiring high bending sti...
Aging and deterioration of civil infrastructure such as bridges, railway sleepers, piles and pipelin...
This paper was written at the conclusion of the International Workshop titled "Composites for Constr...
This paper was written at the conclusion of the International Workshop titled "Composites for Constr...
Fibre Reinforced Concrete (FRC) is a composite material with a cementitious matrix and a discontinuo...
Construction remains a significant consumer of raw materials, specifically non-renewable resources ...
Proceedings of an international workshop, Composites in Construction: A Reality, held in Capri, Ital...
Fibres can improve the toughness and ductility of concrete in industrial floors, tunnels, mining, se...
Sustainability is still an evolving concept, even if its main trends correlated to civil engineering...
180 p.Fibre reinforced composite (FRC) materials have proved themselves to be one of the few non con...