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Analytical and Experimental Studies on New Composite Bridge Using Concrete Filled Steel I-girder
A new steel/concrete composite girder was proposed and applied to continuous girder bridges. The area surrounded by the upper and lower flanges and the web are filled with concrete (CFIG: Concrete filled I-section Girder) at the intermediate support.…
The Effect of Self-Consolidating Concrete on the Shear Performance of Beam Elements: A Critical Review of Current Literature
The span length and general size of bridges across the Queensland road Network have increased substantially in recent years. This has led to the development of larger girder section sizes, along with the requirement to provide increased amounts of…
The New AS 5100.5
  • ABC2017-072-17
  • 21 Apr 2017
  • Bridges
The new AS 5100.5 Concrete has been heavily revised since its last issue in 2004.
Compressive Stress in Segmental Concrete Bridges and High Strength Concrete in New Codes
The current bridge design code, AS5100.5-2004, adopts concrete strength grades between 25MPa and 65MPa. The upper limit of 65MPa was an increase from 50MPa in the Austroads Bridge Design Code, 1992. Before that, the NAASRA Bridge Design…
Development of a New Concrete Girder for Road Bridges
The paper describes the development, design and construction aspects of a completely new precast, prestressed concrete girder for road bridges.
Reinforced Concrete for the Construction Stage of an Incrementally Launched Bridge
This article discusses the 375m long incrementally launched bridges over the Usuthu River using reinforced concrete, with no pre-stressing, to carry the construction stage loads.
Structural and Risk Assessment of Steel and Concrete Bridges using Inservice Dynamic Response
Mainmark are introducing the STRAAM system of full scale structural integrity assessment and continuous monitoring for Bridges into Australia and New Zealand. Advances in measuring extremely low amplitude vibrations combined with methods for…
Ambitions, Durability Risks and Asset Protection: Literature Review and Learning from Relevant Cases of Existing Bridge Structures
All reinforced concrete structures deteriorate over time. Corrosion of reinforcement is a major challenge to the durability of concrete structures. Corrosion in certain environments, such as marine, can compromise the durability of concrete and…
Reliability-Based Increases to Capacity Reduction Factors for Australian Standards AS3600 and AS5100
Capacity reduction factors (?) for flexure, shear and axial loadings are derived for reinforced and prestressed concrete structures based on a reliability-based calibration of the Australian Concrete Structures Standard AS3600. The structural…
Improving Corrosion Resistance of Reinforced Concrete Structures Using Carbon Fibre Reinforced Polymer
Corrosion of steel is regarded as one of the most important issues for the durability of reinforced concrete (RC) structures, as corrosion can induce the serviceability decrease, bond strength dropping, steel properties reduction, and longitudinal…