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‡aMAIN
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‡aTC203
‡b.U581ta no. 79-1
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‡a334-A-24 (microfiche)
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‡aD 103.42/10:79-1
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‡aGalvin, Cyril J.
‡q(Cyril Jerome),
‡d1935-
|
245 |
1 |
0 |
‡aRelation between immersed weight and volume rates of longshore transport /
‡cby Cyril J. Galvin.
|
264 |
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1 |
‡aFort Belvoir, Virginia :
‡bU.S. Army Coastal Engineering Research Center ;
‡aSpringfield, Virginia :
‡bNational Technical Information Service, Operations Division,
‡c1979.
|
300 |
⊔ |
⊔ |
‡a15 pages :
‡billustrations ;
‡c27 cm.
|
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⊔ |
⊔ |
‡atext
‡btxt
‡2rdacontent
|
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⊔ |
⊔ |
‡aunmediated
‡bn
‡2rdamedia
|
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⊔ |
⊔ |
‡avolume
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‡aTechnical paper ;
‡vno. 79-1
|
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⊔ |
⊔ |
‡a"May 1979."
|
500 |
⊔ |
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‡aCover title.
|
504 |
⊔ |
⊔ |
‡aIncludes bibliographical references (page 15).
|
520 |
⊔ |
⊔ |
‡aAs presently used, the immersed weight rate, I sub l, is the volume rate, Q, of longshore transport, multiplied by a constant. For use in engineering problems, I sub l must be converted back to the equivalent Q. The I sub l formulation may be important where the unit weight of sand differs significantly from the unit weight of sand at the open-coast sites contributing data to the design curve. Increase in void ratio may result in a 10- to 20-percent increase in actual (as compared to predicted) shoaling volumes where sand accumulates in protected water. Void ratio should be measured in field studies of longshore transport.
|
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‡aMode of access: Internet.
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‡aSand.
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‡aLittoral drift.
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⊔ |
‡aCoastal Engineering Research Center (U.S.)
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‡aTechnical Report Archive & Image Library (TRAIL)
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