Modelling Hydrodynamics around Nearshore Structures (HYDRO)
This EPSRC funded project aims to improve the specification of hydrodynamic conditions around “leaky” nearshore breakwaters by allowing for both wave reflection and fluid leakage in computer model software. Existing large-scale laboratory data from the UK Coastal Research Facility (UKCRF) at HR Wallingford will be used to calibrate and validate the improved model software. The improved model will then be used to study the flow patterns around nearshore structures, including both single and group breakwater schemes, and the influence of the group structures on the nearshore hydrodynamics. The model will provide more accurate and extended hydrodynamic information at those situations.
Fig 1(a) shows the schematic diagram of the flow tranmission through a breakwater, where Dacey equation was to apply. Both the effects of wave reflection and flow transmission were investigated. Fig 1(b) shows the wave patterns computed by a phase-resolving model.
My Role: PI
- Fernando, P.T. and Pan, S., (2003), “Modelling of hydrodynamics around nearshore structures”, Dept. Report No CE/04/03, Department of Civil Engineering, University of Liverpool
- Pan, S. and Fernando, F. T. (2004) Modelling wave reflection and transmission around nearshore structures. In: ed(s) Coastal Structures ’03. ASCE, Oregon, USA pp 802-813 (doi 10.1061/40733(147)66)
- Fernando, P.T. and Pan, S., (2004), “Modelling of Hydrodynamics around a scheme of detached leaky breakwaters”, Abstract submitted for International Conference on Coastal Engineering, Portugal, 2004