It is also equipped with a number of options to stylishly exhibit results. In general the software seemed powerful with much of the functionality necessary to practically develop and operate a pressure network model.
Each topic is also accompanied by a paragraph to give some insights into what was liked or disliked.Īside from a few problems during installation, I felt that WaterCAD was nicely designed with the typical model user in mind. Each topic has been graded using the traditional A thru F system with pluses (+) added where the software performed slightly better than the grade given and the minuses (-) used to show where the software was slightly below the given grade.
I have broken my review into topics which I felt that most users of pressure network software would consider important. Although the power of this machine was below what is recommended in the User's Guide, I didn't experience any detrimental effects possibly due to the small network (approximately 20 pipes) used for this review. I installed the software on a Compaq Deskpro with a 486-66 processor and 16 megabytes of RAM (Random Access Memory). Recently I had the opportunity to review newly-released pressure network analysis software WaterCAD 3.0 for Windows (25 pipe version). The study exercised in this paper is enthralled to support both academicians with industry-versed hydraulics engineer.Haestad MethodsrCAD for Windows, Version 3.0,, 37 Brookside Rd., Waterbury, CT 06078, 1-20 It was computed and ensured that the minimum pressure head available in the water distribution network is 8.82 m and the maximum flow velocity of 0.9 m/s. The outputs of the above-noted study are also verified theoretically. The analytic study is based on a surface water-based pipeline water delivery scheme, executed by the Public Health Engineering Department, Government of West Bengal at Purba Medinipur district of West Bengal. In this study, we have used WaterCAD software to design and to analyze the proposed water distribution network of Bhogpur gram panchayat of Panskura 2 block of Purba Medinipur District in West Bengal. Today, simulation software programs are essentially being used to design the whole network of water distribution systems to reduce the overall cost while meeting the water demand at adequate terminal pressure and maintaining CPHEEO standard water quality. Water distribution network design is going through many developments.
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