TOOLS TO HELP YOU BUILD USING STEEL REINFORCEMENT
TECHNICAL PUBLICATIONS
TECHNICAL NOTES
CONSTRUCTION TIPS AND ALERTS
CONFERENCE PAPERS AND PRESENTATIONS
fib 2024 – Key Focus Areas to Assure the Longevity of Resilient and Sustainable Concrete Structures in Australia
CONCRETE 2023 – Design and Detailing for Resilience and Sustainability of Concrete Structures
ASEC 2022 – Critical Reinforcement Design and Detailing for Resilience and Preservation of Concrete Structures
CONCRETE 2021 – Don’t Break the Reo Quality Chain
CONCRETE 2019 – Guide to Historical Steel Reinforcement in Australia
CONCRETE 2017 – Control of Random Cracking in Concrete Residential Pavements
SRIA 2017 Industry Update: Reinforcement Quality Issues
RAFT SLAB DESIGN AND DETAILING – VICTORIAN STRUCTURAL BRANCH COMMITTEE OF ENGINEERS AUSTRALIA 2016
ASEC 2016 – Role of Engineers in Seismic Design and Detailing of Reinforced Concrete Buildings in Australia
CONCRETE 2015 – A Guide to Seismic Design and Detailing of Reinforced Concrete Buildings in Australia
ASEC 2016 – Role of Engineers in Seismic Design and Detailing of Reinforced Concrete Buildings in Australia
CONCRETE 2013 – Recent Developments in the Design and Construction of Concrete Structures incorporating Low-Ductility Steel Reinforcement
ASEC 2012 – Class L Mesh Elevated Slab Tests
Part 1A – Obectives, Design & Details
ASEC 2012 – Class L Mesh Elevated Slab Tests
Part 1B – Observations & Results
ASEC 2012 – Class L Mesh Elevated Slab Tests
Part 2A – Strength Design to Concrete Structures Standard AS 3600–2009
ASEC 2012 – Class L Mesh Elevated Slab Tests
Part 2B – Comparison of Design Strengths to AS 3600–2009 with Test Results
CONCRETE 2011 – New Design Rules and Tables for Development and Lap Splice Lengths to AS 3600–2009
CECAR 5 & ASEC 2010
NEW DESIGN TABLES FOR DEVELOPMENT AND LAP SPLICE LENGTHS IN ACCORDANCE WITH AS 3600–2009
CECAR 5 & ASEC 2010
A REVIEW OF RECENT AUSTRALIAN BOND TEST RESULTS AND THE NEW STRESS DEVELOPMENT DESIGN RULES OF AS 3600–2009
CECAR 5 & ASEC 2010
REVIEW OF AUSTRALIAN SUPPORT-SETTLEMENT TESTS ON CONTINUOS, ONE-WAY REINFORCED-CONCRETE SLABS INCORPORATING LOW-DUCTILITY REINFORCEMENT
LECTURES
Why Concrete – A classic lecture by Professor H J Cowan, AO Professor Emeritus of Architectural Science, University of Sydney. Although originally published in 1970, most of its statements are still true today.
RESEARCH
VIDEOS
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