Yarralumla Creek Flood Study Review and Mitigation Works
Client: ACT Government/SMEC
GRC Hydro was commissioned to update the Yarralumla Creek Flood Study to incorporate ARR2016 methods, as well as assess mitigation options. As part of the review of this study it was noted that significant revision of the original study was required. A WBNM/TUFLOW hydrologic/hydraulic modelling system was derived, calibrated to three historic events and validated to Flood Frequency Analysis. Design flood modelling was undertaken using ARR2016 methods. Various flood mitigation works were analysed and progressed to concept design stage.
Client: ACT Government/SMEC
GRC Hydro was commissioned to update the Yarralumla Creek Flood Study to incorporate ARR2016 methods, as well as assess mitigation options. As part of the review of this study it was noted that significant revision of the original study was required. A WBNM/TUFLOW hydrologic/hydraulic modelling system was derived, calibrated to three historic events and validated to Flood Frequency Analysis. Design flood modelling was undertaken using ARR2016 methods. Various flood mitigation works were analysed and progressed to concept design stage.
Flood Study and Floodplain Risk Management Study for Cooma, Bredbo, Michelago and Berridale
Client: Snowy Monaro Regional Council
GRC Hydro is undertaking a series of flood studies and floodplain risk management studies for key towns in the Snowy Monaro Regional Council LGA, considering multiple sources of flooding. A suite of hydrologic and hydraulic models is being developed, calibrated using a mix of flood frequency analysis, historical flood data and joint calibration techniques. The studies are focussing on key development areas in each town, as well as investigating measures for existing flood risk. Each study will have community consultation sessions tailored to the local issues and history of flooding.
Client: Snowy Monaro Regional Council
GRC Hydro is undertaking a series of flood studies and floodplain risk management studies for key towns in the Snowy Monaro Regional Council LGA, considering multiple sources of flooding. A suite of hydrologic and hydraulic models is being developed, calibrated using a mix of flood frequency analysis, historical flood data and joint calibration techniques. The studies are focussing on key development areas in each town, as well as investigating measures for existing flood risk. Each study will have community consultation sessions tailored to the local issues and history of flooding.
Canberra Light Rail Project Hydrological Assessment
Client: ACT Government/Capital Metro/SMEC
The project involves flood modelling as part of the detailed design stage of the proposed Canberra Light Rail. Hydrologic and hydraulic analysis using a WBNM/TUFLOW modelling system was undertaken for various criteria including depth over rail and flood impacts in design flood events. The modelling system provides high detail flood information over a large area which was suitable for assessing various required drainage and flood mitigation measures.
Client: ACT Government/Capital Metro/SMEC
The project involves flood modelling as part of the detailed design stage of the proposed Canberra Light Rail. Hydrologic and hydraulic analysis using a WBNM/TUFLOW modelling system was undertaken for various criteria including depth over rail and flood impacts in design flood events. The modelling system provides high detail flood information over a large area which was suitable for assessing various required drainage and flood mitigation measures.
Hickson Road, Barangaroo, Flood modelling and Drainage Design
Client: Barangaroo Delivery Authority, Warren Smith and Partners
Hydraulic investigation for proposed subterranean train station at Barangaroo is currently being undertaken using a TUFLOW rainfall on grid model. The study’s main output is the design of a trunk stormwater drainage system considering various constraints.
Client: Barangaroo Delivery Authority, Warren Smith and Partners
Hydraulic investigation for proposed subterranean train station at Barangaroo is currently being undertaken using a TUFLOW rainfall on grid model. The study’s main output is the design of a trunk stormwater drainage system considering various constraints.