Designs for Rubble-mound Breakwater, Noyo Harbor, California PDF Download
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Author: Robert Atkins Jackson Publisher: ISBN: Category : Breakwaters Languages : en Pages : 50
Book Description
A series of model tests was conducted in a wave flume 5 ft wide, 4 ft deep, and 119 ft long using a linear scale of 1:61.4 to determine the stability of a proposed rubble-mound breakwater with cover layers composed of tetrapod armor units. The stability of the breakwater sections, as a function of wave height, was observed visually; and the heights of waves on the harborside of the test sections, generated by wave overtopping and wave energy that was transmitted through voids in the upper portion of the breakwaters, were measured by an electrical wave-gage and oscillograph assembly. (Author).
Author: Robert Atkins Jackson Publisher: ISBN: Category : Breakwaters Languages : en Pages : 50
Book Description
A series of model tests was conducted in a wave flume 5 ft wide, 4 ft deep, and 119 ft long using a linear scale of 1:61.4 to determine the stability of a proposed rubble-mound breakwater with cover layers composed of tetrapod armor units. The stability of the breakwater sections, as a function of wave height, was observed visually; and the heights of waves on the harborside of the test sections, generated by wave overtopping and wave energy that was transmitted through voids in the upper portion of the breakwaters, were measured by an electrical wave-gage and oscillograph assembly. (Author).
Author: Y. B. Dai Publisher: ISBN: Category : Languages : en Pages : 57
Book Description
Tests were conducted on 1:50- and 1:100-scale models of rubble-mound breakwater sections constructed of quarrystone to obtain data for design of a stable rubble-mound breakwater which will allow a minimum of wave energy to pass through and over the structure into the protected area of the marina, to obtain design data for wave absorbers on the fairway side of the interior mole, and to determine the relation between wave transmission in a 1:50-scale model and in a 1:100-scale model. (Author).
Author: Robert Atkins Jackson
Author: Robert Atkins Jackson
Author: 
Author: Waterways Experiment Station (U.S.)
Author: Robert R. Bottin
Author: Yin Ben Dai
Author: Howard B. Wilson
Author: Robert R. Bottin
Author: U.S. Army Engineer Waterways Experiment Station
Author: Y. B. Dai
Author: