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1993•11th Australasian Conference on Coastal and Ocean Engineering: Coastal Engineering a Partnership with Nature; Preprints of PapersRequires access

Lake Illawarra - Numerical Modelling of Entrance Processes

PD Treloar, AM Roper, GP Smith

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Abstract

As part of investigations for entrance improvement works to Lake Illawarra, NSW, a range of numerical model studies have been undertaken recently. These studies have investigated hydrodynamic processes in the lake and its mobile, sandy entrance. A range of hydraulically more efficient entrances have been examined to quantify potential changes in tidal prism, and hence water quality, and changes in tide and flood levels. This paper discusses some of those aspects.

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What this paper is about

As part of investigations for entrance improvement works to Lake Illawarra, NSW, a range of numerical model studies have been undertaken recently. These studies have investigated hydrodynamic processes in the lake and its mobile, sandy entrance. A range of hydraulically more efficient entrances have been examined to quantify potential changes in tidal prism, and hence water quality, and changes in tide and flood levels. This paper discusses some of those aspects.

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Available abstract

As part of investigations for entrance improvement works to Lake Illawarra, NSW, a range of numerical model studies have been undertaken recently. These studies have investigated hydrodynamic processes in the lake and its mobile, sandy entrance. A range of hydraulically more efficient entrances have been examined to quantify potential changes in tidal prism, and hence water quality, and changes in tide and flood levels. This paper discusses some of those aspects.

Key concepts: Flood myth, Range (aeronautics), Numerical models, Hydrology (agriculture), Geology, Prism, Environmental science, Numerical modeling

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