Coastal Engineering
The Water Research Laboratory has a highly regarded national and international reputation in coastal and ocean engineering. The ‘Lab’ is considered the birth place of coastal engineering in Australia, comprising a great history of experience and current knowledge. WRL is the largest coastal hydraulics laboratory in Australia.
Investigations utilising state-of-the-art technologies in both numerical and physical model (2D flume and 3D basin) studies include wave generation and propagation, wave run-up and overtopping, wave forces and stability of coastal structures, littoral sediment transport, tidal hydrodynamics and entrance stability, coastal and estuarine morphology, beach and shoreline erosion, and estuarine sedimentation. Automated coastal imaging techniques are utilised for both pre, during, and post assessment of the full range of coastal engineering and management activities.
Particular areas of expertise include coastal and process understanding, coastal hazard definition and inundation studies, foreshore revetment design and testing coastal zone management, dredging and beach nourishment, design optimisation of coastal structures, harbours, ports and marinas, ‘real time’ coastal monitoring and measurement utilising leading-edge coastal imaging techniques, impact assessment of nearshore coastal structures on beach planform, peer review, and forensic coastal engineering.
Downloads
Coastal Engineering - Physical Modelling Solutions
Coastal Engineering - Numerical Modelling Solutions
Sea Level Rise and Climate Change Adaptation Solutions
Related
Equipment
- 0.6 m Wave Flume
- 1 m Wave Flume
- 3 m Wave Flume
- ARGUS Coastal Imaging
- Numerical Modelling
- Oceanographical Equipment
- Wave Basin
Projects
- 2D Physical Modelling of Oceanlinx Wave Energy System
- 3D Physical Modelling of Dalrymple Bay Coal Terminal Apron Widening, Queensland
- ANMM Wave Screen Testing
- Collaroy-Narrabeen Coastal Monitoring
- Environmental Flows for Victorian Estuaries
- Koniambo Wharf 3 m Flume Testing
- Manning River Saline Dynamic Modelling
- Narrabeen Lagoon Entrance Study
- Physical Modelling of Barrow Island LNG Plant Materials Offload Facility
- Physical Modelling of Bounty Bay Breakwater, Pitcairn Island
- Physical Modelling of Geotextile Breakwaters, Abu Dhabi
- Physical Modelling of Shell Cove Boat Harbour Entrance
- Physical Modelling of Wyndham Harbour Breakwaters, Victoria
- Predicting Hazardous Conditions for Rock Fishing
- Research and Development Studies for ELCOMAX® ELCOROCK® Geotextile Sand Containers
- Sea Level Rise and Coastal Hazard Assessment for Clarence City Council, Tasmania
- Wave Transmission Over Reefs and Physical Modelling of COPED Units, Rarotonga, Cook Islands




