Numerical models of non-linear surf zone processes

A project developing a suite of numerical models to improve predictions of surf zone hydrodynamics and sediment transport.

From:
Flood and Coastal Erosion Risk Management Research and Development Programme and Department for Environment, Food & Rural Affairs
Published
11 February 2021
Category:
Understanding risks from all sources of flooding
Topics:
Coast, Coastal erosion, Deterioration, Hydrology, Modelling, Natural capital, Natural flood management, Non-stationarity, Sea level rise, Sustainability, Understanding physical processes
Project status:
Completed
Project code:
FD0204
Date of completion:
31 March 1999

Documents

Numerical modelling of non-linear surf zone processes - final report (70KB) WORD

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Details

This project developed a collection of numerical models to simulate the movement of water near the shore. These ANEMONE (Advanced Nonlinear Engineering MOdels for the Nearshore Environment) models improved predictions of surf zone hydrodynamics and the way sediment is transported.

These numerical models cover non-linear surf zone processes, including:

  • wave breaking
  • the transfer of energy between primary wave components
  • low-frequency waves

This project improved understanding of coastal systems and processes and the influence of sea defences on these processes. This will improve the efficiency of coastal defence design and management to achieve better value for money and reduce the disruption to natural processes.

This project ran from 1994 to 1999 at a cost of £365,000.

Published 11 February 2021