MATHEMATICAL MODEL FOR SCREENING STORM WATER CONTROL ALTERNATIVES.

Paul H. Kirshen; David H. Marks; John C. Schaake

MATHEMATICAL MODEL FOR SCREENING STORM WATER CONTROL ALTERNATIVES.

Paul H. Kirshen
, David H. Marks
, John C. Schaake

SFE - Dean's Office

Unknown

Research output: Contribution to journal › Article › peer-review

Abstract

The general problem of pollution from combined sewer systems is discussed and control alternatives are described. A linear programming model for screening the sizes and operating policies of storage tanks, pipes, and treatment plants is formulated. A storm water simulation model is discussed and it is shown how it can be used interactively with the screening model to plan for the control of combined sewer overflow and local flooding in the Drainage Basin, Cincinnati, Ohio.

Original language	English
Journal	Mass Inst Technol, Dep Civ Eng, Ralph M. Parsons Lab Water Res Hydrody
State	Published - 1972

ASJC Scopus Subject Areas

General Engineering

Cite this

@article{7f0a0fbaf8b947b3a93d92fded7458ae,

title = "MATHEMATICAL MODEL FOR SCREENING STORM WATER CONTROL ALTERNATIVES.",

abstract = "The general problem of pollution from combined sewer systems is discussed and control alternatives are described. A linear programming model for screening the sizes and operating policies of storage tanks, pipes, and treatment plants is formulated. A storm water simulation model is discussed and it is shown how it can be used interactively with the screening model to plan for the control of combined sewer overflow and local flooding in the Drainage Basin, Cincinnati, Ohio.",

author = "Kirshen, \{Paul H.\} and Marks, \{David H.\} and Schaake, \{John C.\}",

year = "1972",

language = "English",

journal = "Mass Inst Technol, Dep Civ Eng, Ralph M. Parsons Lab Water Res Hydrody",

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T1 - MATHEMATICAL MODEL FOR SCREENING STORM WATER CONTROL ALTERNATIVES.

AU - Kirshen, Paul H.

AU - Marks, David H.

AU - Schaake, John C.

PY - 1972

Y1 - 1972

N2 - The general problem of pollution from combined sewer systems is discussed and control alternatives are described. A linear programming model for screening the sizes and operating policies of storage tanks, pipes, and treatment plants is formulated. A storm water simulation model is discussed and it is shown how it can be used interactively with the screening model to plan for the control of combined sewer overflow and local flooding in the Drainage Basin, Cincinnati, Ohio.

AB - The general problem of pollution from combined sewer systems is discussed and control alternatives are described. A linear programming model for screening the sizes and operating policies of storage tanks, pipes, and treatment plants is formulated. A storm water simulation model is discussed and it is shown how it can be used interactively with the screening model to plan for the control of combined sewer overflow and local flooding in the Drainage Basin, Cincinnati, Ohio.

UR - https://www.scopus.com/pages/publications/0015475033

UR - https://www.scopus.com/pages/publications/0015475033#tab=citedBy

M3 - Article

AN - SCOPUS:0015475033

JO - Mass Inst Technol, Dep Civ Eng, Ralph M. Parsons Lab Water Res Hydrody

JF - Mass Inst Technol, Dep Civ Eng, Ralph M. Parsons Lab Water Res Hydrody

ER -

MATHEMATICAL MODEL FOR SCREENING STORM WATER CONTROL ALTERNATIVES.

Abstract

ASJC Scopus Subject Areas

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