A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Local Design Storm. Volume 2. Methodology and Analysis
Recently developed improved methods for highway storm water drainage require information on the temporal distribution of rainfall (i.e., hyetograph) in addition to the average rain intensity. The triangular design hyetograph method is developed as a practical method to provide the local storm hyetograph for design of small highway drainage facilities. A total of 293,946 rainstorms from the hourly precipitation data of 222 National Weather Service stations and 5 to 60 minute data of 13 raingauge stations of USDA Agricultural Research Service were analyzed to provide the statistical values of the hyetograph parameters for the United States. In Volume II existing methods to describe the temporal distribution of the rainfall of a design storm are first briefly reviewed.
Local Design Storm. Volume 2. Methodology and Analysis
Recently developed improved methods for highway storm water drainage require information on the temporal distribution of rainfall (i.e., hyetograph) in addition to the average rain intensity. The triangular design hyetograph method is developed as a practical method to provide the local storm hyetograph for design of small highway drainage facilities. A total of 293,946 rainstorms from the hourly precipitation data of 222 National Weather Service stations and 5 to 60 minute data of 13 raingauge stations of USDA Agricultural Research Service were analyzed to provide the statistical values of the hyetograph parameters for the United States. In Volume II existing methods to describe the temporal distribution of the rainfall of a design storm are first briefly reviewed.
Local Design Storm. Volume 2. Methodology and Analysis
B. C. Yen (author) / V. T. Chow (author)
1983
208 pages
Report
No indication
English
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