Erratum for “Routing Storm Water through a Drainage System”

Storm Water Inventory System

The intent of this report is to provide the reader with infor­ mation useful for establishing a sewer system inventory and record system in his or her city. The major topic of this report is the collection of data relevant to storm sewers. However, because of the natural progression of Muncie’s inventory, emphasis will be given to the collection of data for sanitary and combination sewers. The ...

Knowledge Representation on Design of Storm Drainage System

During the design of storm drainage system, many decisions are involved on the basis of rules of thumb, heuristics, judgment, code of practice and previous experience of the designer. It is a suitable application field for application of the recent artificial intelligence technology. This paper presents the knowledge representation of the design of storm drainage system in a prototype knowledge...

Hydraulic conductivity measurment for subsurface drainage system

Drainage water management for water quality protection

l and drainage has been central to the development of North America since colonial times, with the first organized drainage efforts occurring as early as the 1600s (Evans et al. 1996). Drainage has been encouraged to improve public highways, reduce public health risks, promote increased crop yield and reduced yield variability, reduce surface runoff and erosion, and increase land value. Agricul...

Volume-Based Imperviousness for Storm Water Designs

The concept of low impact development LID is to apply decentralized on-site runoff source control to preserve the watershed hydrologic and ecological functions. An integrated layout using bioretention and vegetated landscape can decrease the developed runoff volume and peak flow. One of the key factors in urban hydrology is the imperviousness in the watershed. The conventional approach is to we...