1995Coastal Engineering 1994Requires access

A Relative Intercomparison Between Variable Wave Shoaling, Breaking and Transition Zone Formulations

G.P. Mocke, F Smit

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Abstract

The description of nearshore structural and sedimentary dynamics is highly dependant on a quantification of the nearshore wave regime, which is subject to bathymetry induced transformation effects. Assuming straight and parallel bottom contours, computed wave heights and water levels using variable wave shoaling, incipient breaking, wave decay and transition zone formulations are compared with measurements.

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What this paper is about

The description of nearshore structural and sedimentary dynamics is highly dependant on a quantification of the nearshore wave regime, which is subject to bathymetry induced transformation effects. Assuming straight and parallel bottom contours, computed wave heights and water levels using variable wave shoaling, incipient breaking, wave decay and transition zone formulations are compared with measurements.

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Available abstract

The description of nearshore structural and sedimentary dynamics is highly dependant on a quantification of the nearshore wave regime, which is subject to bathymetry induced transformation effects. Assuming straight and parallel bottom contours, computed wave heights and water levels using variable wave shoaling, incipient breaking, wave decay and transition zone formulations are compared with measurements.

Key concepts: Shoaling and schooling, Breaking wave, Bathymetry, Wave shoaling, Geology, Shoal, Transition zone, Wave setup

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