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Turbidity Characteristics of Korean Port Area
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 Title & Authors
Turbidity Characteristics of Korean Port Area
Jang, In-Sung; Won, Deokhee; Baek, Wondae; Shin, Changjoo; Lee, Seung-Hyun;
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It is necessary to secure the underwater visibility in order to perform underwater works such as rubble mound leveling or inspection and management of underwater structures. In this study, turbidity data for typical port area in Korea were measured and analyzed according to the region. Underwater monitoring system including underwater camera and sonar system, which can be effectively attached to underwater equipment for various turbidity conditions, was also investigated.
Port;Sonar System;Turbidity;Visibility;Underwater Camera;
 Cited by
In-sung Jang, Sung-Jun Jung, Won-Dae Baek, Heejung Youn. Visibility with Different Location and Projection Angle of Light under Turbid Water. Journal of academia-industrial technology, 12(8), 3758-3765, 2011 DOI: crossref(new window)

Changjoo Shin, In-Sung Jang, Kihun Kim, Hyun-Tack Choi, Seung-Hyun Lee, Performance Analysis of Sonar System Applicable to Underwater Construction Sites with High Turbidity. Journal of academia-industrial technology, 14(9), 4507-4513, 2013 DOI: crossref(new window)

Hirabayashi Taketsugu, Yamamoto Takashi, Sakai Hiroshi, Kato Hideo, Yokoi Hiroshi, "Construction of Teleoperation System with Bilateral Control for Underwater Construction Machine", Report of the Port and Airport Research Institute, Vol. 44, No. 4, pp. 53P, 2005.