Andrew Cornett
Phone: 613-993-6690
Fax: 613-952-7679
Email: Andrew.Cornett@nrc-cnrc.gc.ca
Paul Knox
Phone: 613-993-6844
Fax: 613-952-7679
Email: Paul.Knox@nrc-cnrc.gc.ca
Physical model of a marina in the LAB
Length | 47m |
Width | 30m |
Maximum depth | 0.8m |
Waves | Up to 3 portable computer-controlled wave machines, each capable of generating irregular long-crested waves with significant heights up to 0.2m |
Beaches | Flexible arrangement of passive wave absorbers and porous gravel beaches |
Currents | Various options using recirculation channels, thrusters, pumps and weirs |
Discharge | Up to 1.6 m3/s supplied from the adjacent High Discharge Flume |
Drainable | Yes |
Access | Easy access for construction equipment |
Data acquisition | Up to 64 channels at 1000 samples per second |
Physical simulation of hydrodynamics and sediment transport at a river mouth
The basin can be equipped with up to three computer-controlled portable wave machines capable of producing a wide variety of irregular long-crested waves with heights up to 0.2 m. Large pumps and weirs under computer control can be used to produce tidal flows and simulate discharges from inlets, rivers and culverts. Discharges up to 1.6 m3/s (56 cfs) can be generated by tapping into the adjacent High Discharge Flume. The LAB can be quickly drained and filled, and can be easily accessed by construction equipment for building model bathymetries and structures. The facility is typically used to conduct large three-dimensional model studies of:
For further information, please contact:
Andrew Cornett, Group Leader