TOOLS TO HELP YOU BUILD USING STEEL REINFORCEMENT
TECHNICAL PUBLICATIONS
Z6 Steel Reinforcement Detailing Handbook
Published and sold by the Concrete Institute of Australia, in hard copy and PDF.
TECHNICAL NOTES
CONSTRUCTION TIPS AND ALERTS
CONFERENCE PAPERS AND PRESENTATIONS
Engineers Australia – AS 2870 Design and Detailing seminar. 26 August 2025.
CONCRETE 2025 – Key Focus Areas to Achieve Resilient and Sustainable Concrete Structures
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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