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Beach development between headlakd breakwaters

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TLDR
In this paper, the characteristics and development of three beaches over a one-year period are presented, and a relationship exists between berm orientation and headland breakwater orientation, indicating the formation of a wide berm.
Abstract
Breakwaters in a series can be employed to protect sedimentary coasts. They are used to protect newly reclaimed land along the southeast coast of Singapore; they act as headlands between which sand beaches are formed. The development of these beaches takes place under conditions of low energy waves, a predominant wave direction from the southeast and an east-west littoral drift. The characteristics and development of three beaches over a one-year period are presented. Surveys of the reclaimed land show various beach types between the headland breakwaters. A relationship exists between berm orientation and headland breakwater orientation. Beach stability is tentatively indicated by the formation of a wide berm.

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Functional Design of Breakwaters for Shore Protection: Empirical Methods

TL;DR: In this article, empirical relationships available in the literature for design and prediction of beach response to single, segmented, headland, pocket beach, and reef breakwater systems for the primary purpose of shore protection are presented.
Journal ArticleDOI

Beach nourishment and particle size effects

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Journal ArticleDOI

Applications of headland control

TL;DR: The concept of headland control as mentioned in this paper is applicable to any shape of coastline, be it straight, bayed, or convex, and can be applied to any shapes of coastline.

Beach development between headland breakwaters in a low wave energy environment, pasir ris, singapore

TL;DR: In this paper, the authors used the logarithmic spiral constant and the angle of predominant wave approach to estimate the shape of a bay's shape in a model of a littoral drift tombolo and found that a quasi-permanent shape was reached when waves broke simultaneously around the model bay.
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