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Webinar: Prioritising On-Road Public Transport
This webinar, presented on 26 September 2017, provides guidance on improved on-road public transport drawn from the experience of jurisdictions in Australia, New Zealand and overseas. The webinar was presented by Alison Lee and Graham McCabe. The…
Prioritising On-Road Public Transport
On-road public transport provides the ability for people to move between their homes, employment, recreation and services efficiently with less road space being required per passenger than private car use. In response to this, practitioners in many…
The Torsional Strengthening of Concrete Girders Using the NSM FRP Technique with Different Configurations
The near-surface mounted (NSM) FRP technique has received attention worldwide over the externally bonded FRP strengthening technique. Strengthening of a concrete girders using fiber reinforced polymer (FRP) composites to flexural and shear…
Strength Enhancement of Fire-damaged RC Circular Bridge Columns using CFRP Fabrics
In recent years the circumferential wrapping with externally-bonded carbon fibre-reinforced polymer (CFRP) composites has proven to be a promising method for strengthening concrete structures. This is particularly valuable when repairing concrete…
Monash Freeway Bridge Strengthening Project: Constructability of Carbon Fibre Rods Under Constrained Traffic and Environmental Conditions
Strict environmental requirements and the standard specification and procedure for installing carbon fibre bridge strengthening system have naturally led to the works being undertaken during warmer months and on sections of the bridge that have been…
The Development of FRP Strengthening on the Victorian Road Network over the Last 17 Years
The global use of FRP (Fibre Reinforced Polymer) strengthening systems for bridge infrastructure has increased over the last 40 years, typically in North America, Europe and Japan. After a slow beginning, its
Investigation the Influence of FRP Application Performance on Fatigue Life Behavior of CFRP Laminates Bonded to Concrete Block
In this paper, two methods of FRP applications were carried out to study the fatigue life performance of CFRP laminates bonded to RC concrete block, by mean of investigating the influence of bond behavior application under cyclic loadings.