PREGLED OBLASTI PRIMENE MODELA SWMM KOD IMPLEMENTACIJE LID TEHNOLOGIJA
Journal
Nauka+Praksa - broj 25/2022.
Date Issued
2022-03
Author(s)
Dimitrijevic Jelena
Milicevic Dragan
Zafirovski Zlatko
Abstract
The demand for Green Infrastructure elements is being driven by rapid urbanization and global
pollution. The elements of LID (Low Impact Development) technologies, as one of the solutions to these
problems, try to simulate the natural hydrological cycles of the corresponding area by managing storm
water. These solutions have produced exceptional results, as evidenced by numerous case studies. With
these technologies, the prediction of the solutions themselves and the simulation of their operation is
possible only through appropriate software. For the purpose of simulating the quantity and quality of
runoff in urban areas, the United States Environmental Protection Agency created the publically available
software SWMM (Storm Water Management Model) in 1971. SWMM has undergone a number of
changes since it was first developed, and particular case studies were used to verify these changes. This
paper demonstrates the SWMM model's applications through the use of LID technologies. The review
was conducted not only in accordance with the application areas and the LID technique type, but also
with regard to the software's historical evolution and all of its alterations.
pollution. The elements of LID (Low Impact Development) technologies, as one of the solutions to these
problems, try to simulate the natural hydrological cycles of the corresponding area by managing storm
water. These solutions have produced exceptional results, as evidenced by numerous case studies. With
these technologies, the prediction of the solutions themselves and the simulation of their operation is
possible only through appropriate software. For the purpose of simulating the quantity and quality of
runoff in urban areas, the United States Environmental Protection Agency created the publically available
software SWMM (Storm Water Management Model) in 1971. SWMM has undergone a number of
changes since it was first developed, and particular case studies were used to verify these changes. This
paper demonstrates the SWMM model's applications through the use of LID technologies. The review
was conducted not only in accordance with the application areas and the LID technique type, but also
with regard to the software's historical evolution and all of its alterations.
Subjects