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Water Research Laboratory
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Our research
- Australian coastal observation network
- Big Swamp restoration project
- Cars in floods: Vehicle stability testing for flood flows
- Caseys Beach seawall upgrade
- Climate change in NSW estuaries
- Clybucca monitoring
- Clybucca Wetlands management options study
- Coastal adaptation needs for extreme events and climate change, Avarua, Rarotonga, Cook Islands
- CoastSat
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- Cold water pollution: A review
- Eurobodalla Shire Council coastal hazard assessment
- Hunter River water quality model
- Hunter scoping study
- Kingscliff seawall design
- Manly coastal hazard assessment
- NSW coastal floodplain prioritisation project
- Oceanlinx wave energy system physical modelling
- Oyster reef restoration project
- Physical modelling of Bounty Bay breakwater, Pitcairn Island
- Port Fairy coastal hazard assessment
- Scrivener Dam physical model
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1.2 m wave flume
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Our 1.2 m flume is our flagship physical modelling facility which is regularly used to optimize coastal structures around the world. Our technicians and engineers construct and test bespoke 2D models in this flume with scales ranging between 1:10 to 1:50 and model waves up to 0.4 m.
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- 1.2 m wide x 1.6 m deep x 44 m long
- Significant wave heights (Hs) up to 0.25 m
- Maximum wave heights (Hmax) up to 0.4 m
- Peak spectral wave periods (Tp) up to 5 s
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- Testing stability of rock and concrete armour units
- Assessing safety of wave overtopping on people and infrastructure
- Measurement of wave loading forces on coastal structures
- 'Sea to Sand’ wave propagation modelling
- Detailed wave propagation/surfzone processes
- Refining estimates of nearshore wave climate - Testing performance of floating breakwaters
- Measurements of wave transmission into marinas