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Systems analysis techniques are used to construct mathematical model of variation of dissolved oxygen (DO) in body of water; application of these techniques leads to set of ordinary differential equations that can be solved for DO response in one section due to input in any other section; function expressing input-output relationship is shown to be dependent on hydrodynamic nature of stream or estuary; successive use of linear systems analysis leads to analytical relationship between effluent BOD and resulting DO in stream.
Systems analysis techniques are used to construct mathematical model of variation of dissolved oxygen (DO) in body of water; application of these techniques leads to set of ordinary differential equations that can be solved for DO response in one section due to input in any other section; function expressing input-output relationship is shown to be dependent on hydrodynamic nature of stream or estuary; successive use of linear systems analysis leads to analytical relationship between effluent BOD and resulting DO in stream.
Mathematical model for dissolved oxygen
ASCE -- Proc (J Sanitary Eng Div)
Thomann, R.V. (author)
1963
30 pages
Article (Journal)
English
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