A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Illinois Storm Sewer System Simulation Model: User's Manual
The Illinois Storm Sewer System Simulation Model is a mathematical model for sewer design and flow prediction utilizing the St. Venant equations to route unsteady flows through tree-type sewer networks. An overlapping segment scheme is used in the numerical solutions to account for the backwater effects and mutual influences of the sewers and junctions. The program is written in PL/1 and assembler Language consisting of more than 3000 statements and can be executed on most large IBM 360 and 370 systems. User oriented information is provided. An example on sewer design is also given. (Author)
Illinois Storm Sewer System Simulation Model: User's Manual
The Illinois Storm Sewer System Simulation Model is a mathematical model for sewer design and flow prediction utilizing the St. Venant equations to route unsteady flows through tree-type sewer networks. An overlapping segment scheme is used in the numerical solutions to account for the backwater effects and mutual influences of the sewers and junctions. The program is written in PL/1 and assembler Language consisting of more than 3000 statements and can be executed on most large IBM 360 and 370 systems. User oriented information is provided. An example on sewer design is also given. (Author)
Illinois Storm Sewer System Simulation Model: User's Manual
A. S. Sevuk (author) / B. C. Yen (author) / G. E. Peterson (author)
1973
178 pages
Report
No indication
English
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