End User representatives
Road networks and critical road structures such as bridges, culverts and floodways have a vital role before, during and after extreme events to reduce the vulnerability of the community.
A major gap in the current research is the lack of assessment techniques and tools to reduce the vulnerability of road structures to enhance both community and structural resilience. This project is developing tools and techniques to enhance the resilience of road infrastructure to hazards such as floods, bushfires, earthquakes and climate change-related weather events.
The research commenced with an assessment of two case study regions in Victoria and Queensland, and the development of the methodology for vulnerability modelling of bridges and floodways. A field study was undertaken to examine the community impact due to the failure of roads during the 2011 and 2013 floods in the Lockyer Valley in Queensland.
A number of workshops were also held to identify case study data and refine the methodology for vulnerability modelling. Publications have included nine journal papers, 11 refereed conference papers and five other reports.
Major outcomes of the project have included development of the vulnerability modelling methodology for critical road structures exposed to extreme events and demonstration of the methodology using four case studies.
|2016||Report||Enhancing resilience of critical road infrastructure: bridges, culverts and flood‐ways under natural hazards: annual project report 2015-2016. (Bushfire and Natural Hazards CRC, 2016).|
|2015||Conference Paper||Research proceedings from the 2015 Bushfire and Natural Hazards CRC & AFAC conference. Bushfire and Natural Hazards CRC & AFAC annual conference 2015 (Bushfire and Natural Hazards CRC, 2015).|
|2015||Journal Article||Vulnerability of Floodways under Extreme Flood Events. Natural Hazards Review 17, (2015).|
|2015||Presentation||Enhancing resilience of critical road infrastructure: bridges, culverts and floodways under natural hazards . (2015).|
|2015||Report||Enhancing resilience of critical road infrastructure: bridges, culverts and floodways under natural hazards: Annual project report 2014-2015. (Bushfire and Natural Hazards CRC, 2015).|
|2015||Report||Enhancing Resilience of Critical Road Infrastructure Annual Report 2014. (2015).|
|21 Mar 2014||Enhancing resilience of critical road structures||722.83 KB (722.83 KB)||engineering, flood, infrastructure|
|04 Dec 2014||Enhancing resilience of critical road structures||1.4 MB (1.4 MB)||engineering, environments, resilience|
|11 Sep 2015||Framework to inspect floodways towards estimating damage||902.46 KB (902.46 KB)||flood|
|04 May 2016||Hardening buildings and infrastructure - cluster overview||0 bytes (0 bytes)||engineering, infrastructure, multi-hazard|
|24 Oct 2016||Enhancing resilience of critical road structures: bridges, culverts and floodways under natural hazards||4.03 MB (4.03 MB)||infrastructure, multi-hazard, resilience|
|30 Jan 2017||Strengthening infrastructure for natural hazard impacts||358.94 KB (358.94 KB)||earthquake, engineering, mitigation|
Road networks and critical road structures such as bridges, culverts and flood ways have a vital role before, during and after extreme events to reduce the vulnerability of the community being served.
How does the performance of critical road structures such as bridges, culverts and floodways affect the community they serve; before, during and after the occurrence of a natural disaster?
There is a significant need to perform adequate assessment of the vulnerability of bridges and bridge networks prior to future seismic events in Australia. This study aims to identify the failure mechanism of a typical girder bridge in Australia due to a seismic event and develop an earthquake management methodology based on a probabilistic based approach.
It is important to assess the vulnerability of bridges in an extreme flood event as these critical infrastructures contribute to the resilience of the community during and in the recovery stage of the event.
|Improving the resilience of existing housing to severe wind events||A/Prof John Ginger||James Cook University|
|Cost-effective mitigation strategy development for flood prone buildings||Dr Tariq Maqsood||Geoscience Australia|
|Cost-effective mitigation strategy development for building related earthquake risk||Prof Michael Griffith||University of Adelaide|
|Natural hazard exposure information modelling framework||Dr Krishna Nadimpalli||Geoscience Australia|