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Rubble-Mound Breakwater Design

The document appears to be a technical specification or design plan for a three-layer rubble-mound breakwater. It includes parameters such as armor layer thickness, filter layer thickness, core layer thickness, tidal depth, and descriptions of the layers including stone sizes and materials. Performance metrics such as overtopping rate are also presented.

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locas
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373 views1 page

Rubble-Mound Breakwater Design

The document appears to be a technical specification or design plan for a three-layer rubble-mound breakwater. It includes parameters such as armor layer thickness, filter layer thickness, core layer thickness, tidal depth, and descriptions of the layers including stone sizes and materials. Performance metrics such as overtopping rate are also presented.

Uploaded by

locas
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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65.

60

3.80 2.80 1.40 6.00 4.40 17.80 5.30 5.80 2.10 10.80 1.80 3.90

(+7.00)

3.00
2.80
2.00
(+4.00)

7.00
2

1.70
(+2.30)
1 1

3.0
2 2

0
1 11.70 3

2.30
(L.L.W.L ± 0.00) 0.30

1.7

14.30
0

1.97
10
(-1.90)
2

1.
2 1
1 4

6.30
5

3.00
(-4.90)

1.33
Sea Bed Level(-6.30 to -6.80)
6
1.00

1.00
(-7.80)

Layer
Parameter Value Layer Name Layer Contents Material
No.
Ho 3.40 m 1 Armor Layer 7000 Kg. Tetrapod
T 9.00 sec 2 Filter Layer 500 Kg. to 700 Kg. Natural Stones
Lo 126 m 3 Filter 2'' to 6'' Diameter + Geotextile Natural Stones
L 65 m 4 Core 150 Kg. to 500 Kg. Natural Stones
Tidal 0.80 m 5 Toe 700 Kg. Natural Stones
Depth 6.00 m 6 Bed Layer Natural Sand

Three-Layer Section of Rubble -mound Breakwater with zero-to-moderate Overtopping Condition

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