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Maximum probable flood and its relation to spillway capacity

Bailey, S.M. / Schneider, G.R.

Use of isohyetal maps in procedure of estimating spillway capacity; interpolating for basins of sizes not shown; estimating volume of run-off; shape of hydrograph; relation between average storm rainfall and distance from source of moisture for greatest storms that have occurred in middle and southwestern United States. (See also - (discussions) n 4 Apr p 254, n 5 May p 318, n 9 and Sept p 564)

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Maximum probable flood and its relation to spillway capacity

Bailey, S.M. / Schneider, G.R.

Use of isohyetal maps in procedure of estimating spillway capacity; interpolating for basins of sizes not shown; estimating volume of run-off; shape of hydrograph; relation between average storm rainfall and distance from source of moisture for greatest storms that have occurred in middle and southwestern United States. (See also - (discussions) n 4 Apr p 254, n 5 May p 318, n 9 and Sept p 564)

Maximum probable flood and its relation to spillway capacity

Bailey, S.M. / Schneider, G.R.

Use of isohyetal maps in procedure of estimating spillway capacity; interpolating for basins of sizes not shown; estimating volume of run-off; shape of hydrograph; relation between average storm rainfall and distance from source of moisture for greatest storms that have occurred in middle and southwestern United States. (See also - (discussions) n 4 Apr p 254, n 5 May p 318, n 9 and Sept p 564)

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Title:

Maximum probable flood and its relation to spillway capacity

Additional title:

Civ Eng (NY)

Contributors:

Bailey, S.M. (author) / Schneider, G.R. (author)

Published in:

Civil Engineering (New York) ; 9

Publication date:

1939

Size:

4 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

© Metadata Copyright Elsevier B. V. All rights reserved.

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