Enhanced Rock Oyster Mounds As Breakwater System

12 Pages Posted: 17 Jan 2018

See all articles by Ronald Orale

Ronald Orale

Samar State University

Jesus Racuyal

Samar State University

Date Written: December 28, 2017

Abstract

The existing rock mound technology specifically those erected for rock oyster (saccustrea cucullata) posed several problems such as growth efficiency, water circulation, sediment accumulation and durability against waves. This paper investigated in a laboratory scale using a physical model of a coastal zone. About 141 test runs were made to measure and observe resilience, wave breaking ability, sediment transport and water circulation of five different rock mound shape and set-ups/arrangement. Data showed that the droplet and the diamond shape arranged in staggered formation was the optimum design. The droplet shape provided the more cost-effective design as a rock oyster mound and as a breakwater set-up. Validation of the design in an actual environment is recommended.

Keywords: rock mounds, coastal protection, sisi, sacostrea cucullata, mariculture

Suggested Citation

Orale, Ronald and Racuyal, Jesus, Enhanced Rock Oyster Mounds As Breakwater System (December 28, 2017). Papua New Guinea University of Technology, Global Virtual Conference in Civil Engineering (GVCCE) 2016. Available at SSRN: https://ssrn.com/abstract=3087108 or http://dx.doi.org/10.2139/ssrn.3087108

Ronald Orale (Contact Author)

Samar State University ( email )

Guindapunan
Catbalogan City, Samar 6700
Philippines

Jesus Racuyal

Samar State University ( email )

Guindapunan
Catbalogan City, Samar 6700
Philippines

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