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A platform for research: civil engineering, architecture and urbanism
Rainfall Studies Using Rain-Gage Networks and Radar
The results of three years’ work on concentrated rain-gage networks and, on measurements of rainfall extent and intensity by means of radar are described. Thunderstorm rainfall is shown to be multicellular, so that the application of area-depth data is more complex than is usually assumed. The orientation, duration, and path of storm cells are shown to have marked effects on area-depth curves for a given basin. Data on area-depth relationships are presented for networks having areas of 5.2 sq miles, 95 sq miles, and 280 sq miles.
Rainfall Studies Using Rain-Gage Networks and Radar
The results of three years’ work on concentrated rain-gage networks and, on measurements of rainfall extent and intensity by means of radar are described. Thunderstorm rainfall is shown to be multicellular, so that the application of area-depth data is more complex than is usually assumed. The orientation, duration, and path of storm cells are shown to have marked effects on area-depth curves for a given basin. Data on area-depth relationships are presented for networks having areas of 5.2 sq miles, 95 sq miles, and 280 sq miles.
Rainfall Studies Using Rain-Gage Networks and Radar
Hudson, H. E. (author) / Stout, G. E. (author) / Huff, F. A. (author)
Transactions of the American Society of Civil Engineers ; 119 ; 248-273
2021-01-01
261954-01-01 pages
Article (Journal)
Electronic Resource
Unknown
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