Computer Methods in Urban Watershed Hydraulics

Hromadka, Theodore V., II; Clements, James M.; Saluja, Harsh

ISBN 10: 091405502X / ISBN 13: 9780914055020

Published by Lighthouse Pubns, 1984

About this Item

1984 Lighthouse Publications (Mission Viejo, California), 8 x 10 inches tall paperbound in black glossy covers, red design and lettering to front cover and white lettering to spine, xii, 278 pp. Slight to moderate rubbing and edgewear to covers, with moderate creasing to fore edge of front cover and first couple of pages. Otherwise, a very good copy - clean, bright and unmarked. ~SP11~ [2.0P] Computer software is presented for several hydraulic and hydrologic analysis procedures which commonly occur in the design of urban watershed flood control systems. The programs are based on FORTRAN, and CADI screens are also presented which display the sequence of prompts and the associated variable name and the assumed limits of entry values. The book also serves as documentation for the urban watershed hydraulics series of computer software which is available from Advanced Engineering Software (AES) of Irvine, California. Consequently, the provided form fields reflect the actual program entry sequences as used in the AES software.

Seller Inventory # SP11-0981-9761

Bibliographic Details

• Title: Computer Methods in Urban Watershed Hydraulics
• Publisher: Lighthouse Pubns
• Publication Date: 1984
• Language: English
• ISBN 10: 091405502X
• ISBN 13: 9780914055020
• Binding: Paperback
• Condition: Good
• Seller catalogs:
  • Engineering

About this title

Synopsis

Computer software is presented for several hydraulic and hydrologic analysis procedures which commonly occur in the design of urban watershed flood control systems. The programs are based on FORTRAN, and CADI screens are also presented which display the sequence of prompts and the associated variable name and the assumed limits of entry values. The book also serves as documentation for the urban watershed hydraulics series of computer software which is available from Advanced Engineering Software (AES) of Irvine, California. Consequently, the provided form fields reflect the actual program entry sequences as used in the AES software.