A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Water Conveyance Canal Design Model CANAL-I: Program Documentation and User's Manual
The CANAL-I computer program described in this report is an automated procedure for determining the least-costly route location and engineering design of a water supply canal. It can be utilized to determine, for a fixed flow delivery rate, the most economical location and combination of open channels, embankment dams, pipelines, pump stations, and canal structures. The canal route consists of a series of route sections and junctions and is represented by a directed network. The program computes the optimal steady-state design and route from an over-specified set of potential routes and alternative facilities. The physical system of potential canal routes are represented as a network. The canal location and design problem is solved by a dynamic programming algorithm.
Water Conveyance Canal Design Model CANAL-I: Program Documentation and User's Manual
The CANAL-I computer program described in this report is an automated procedure for determining the least-costly route location and engineering design of a water supply canal. It can be utilized to determine, for a fixed flow delivery rate, the most economical location and combination of open channels, embankment dams, pipelines, pump stations, and canal structures. The canal route consists of a series of route sections and junctions and is represented by a directed network. The program computes the optimal steady-state design and route from an over-specified set of potential routes and alternative facilities. The physical system of potential canal routes are represented as a network. The canal location and design problem is solved by a dynamic programming algorithm.
Water Conveyance Canal Design Model CANAL-I: Program Documentation and User's Manual
Q. W. Martin (author)
1979
247 pages
Report
No indication
English
Civil Engineering , Environmental Management & Planning , Environment , Water supply , Canals , Site surveys , Embankments , Open channel flow , Pipelines , Pumping stations , Computer programs , Fortran , User needs , Computer aided design , CANAL-1 computer program , Fortran 5 programming language , Univac 1100 computers
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