| Title |
Best Site Identification for Spatially Distributed On-Site Stormwater Control Devices in an Urban Drainage System |
| Authors |
김상단 ( Sang Dan Kim ) ; 임용균 ( Yong Kun Lim ) ; 김진관 ( Jin Kwan Kim ) ; 강두기 ( Doo Kee Kang ) ; 서성철 ( Seong Cheol Seo ) ; 이재관 ( Jae Kwan Lee ) |
| Keywords |
Nonpoint source; On-site stormwater control device; Stormwater management model; Urban hydrology; Water quality |
| Abstract |
Spatially distributed on-site devices such as bioretentions and bioboxfilters are becoming more common as a means of controlling urban stormwater quality. One approach to modeling the cumulative catchment-scale effects of such devices is to resolve the catchment down to the scale of a land parcel or finer, and then to model each device separately. The focus of this study is to propose a semi-distributed model for simulating urban stormwater quantity and identifying best sites for spatially distributed on-site stormwater control devices in an urban drainage system. A detailed model for urban stormwater improvement conceptualization simulation is set up for a 0.9342 km(2). |