A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
HYDRAULIC COMPUTATIONS FOR FLOOD ROUTING OF A MODULAR URBAN STORMWATER DRAINAGE SYSTEM
This paper discusses the hydraulic analyses carried out to evaluate flooding due to overbanking of stretches of a 4-meter-wide drainage canal through an existing subdivision in Metro Manila. The proposed land development will convert the upstream portion of the property into a mixed-use commercial-residential area. Computations are carried out to determine the spatial extent of the present flooding potential, and to quantify the upstream-migrated inundated areas under the present condition of a submerged exit. Hydraulic analyses are also undertaken to solve the recurring problem of a submerged culvert outfall. The study also provides the quantitative bases for the structural measures to mitigate the flooding hazards associated with the land use modifications. It is concluded that hydraulic computations are necessary in predicting local flooding conditions, as well as in analyzing the effects of proposed engineering interventions to mitigate this condition. The methodology is demonstrated via projectapplication involving an urban stormwater drainage system.
HYDRAULIC COMPUTATIONS FOR FLOOD ROUTING OF A MODULAR URBAN STORMWATER DRAINAGE SYSTEM
This paper discusses the hydraulic analyses carried out to evaluate flooding due to overbanking of stretches of a 4-meter-wide drainage canal through an existing subdivision in Metro Manila. The proposed land development will convert the upstream portion of the property into a mixed-use commercial-residential area. Computations are carried out to determine the spatial extent of the present flooding potential, and to quantify the upstream-migrated inundated areas under the present condition of a submerged exit. Hydraulic analyses are also undertaken to solve the recurring problem of a submerged culvert outfall. The study also provides the quantitative bases for the structural measures to mitigate the flooding hazards associated with the land use modifications. It is concluded that hydraulic computations are necessary in predicting local flooding conditions, as well as in analyzing the effects of proposed engineering interventions to mitigate this condition. The methodology is demonstrated via projectapplication involving an urban stormwater drainage system.
HYDRAULIC COMPUTATIONS FOR FLOOD ROUTING OF A MODULAR URBAN STORMWATER DRAINAGE SYSTEM
2010-08-26
Philippine Engineering Journal; Vol 28, No 2 (2007) ; 0117-5564
Article (Journal)
Electronic Resource
English
DDC:
710
Analytical probabilistic flood routing for urban stormwater management purposes
| Online Contents | 2008
Analytical probabilistic flood routing for urban stormwater management purposes
| British Library Online Contents | 2008
Urban Stormwater and Flood Management
| Springer Verlag | 2019
Flood flows from catchments; with particular reference to urban stormwater drainage design
| Engineering Index Backfile | 1949
Urban flood mitigation and stormwater management
| TIBKAT | 2017