The purpose of this paper is to develop an empirical formula to estimate design rainfall
intensity based on intensity–duration–frequency (IDF) curves. These curves have been …

This work developed regional Intensity–Duration–Frequency (IDF) formulas for non-
recording sites based on the scaling theory. Forty-six recording raingauges over northern …

The main aims of the present work were to: develop sub-hourly Intensity–Duration–
Frequency (IDF) curves considering future climate projections and predict the impact of …

We propose in this paper a regional formulation of Intensity–Duration–Frequency curves of
point-rainfall maxima in a scale-invariant Generalized Extreme Value (GEV) framework. The …

Future changes in rainfall patterns induced by climate changes will affect society and
ecosystems, and quantifying these changes is of utmost importance for the management of …

Annual maxima of daily rainfall for the years 1961–2001 are modeled for five locations in
South Korea (chosen to give a good geographical representation of the country). The …

Convection-permitting climate models have been recommended for use in projecting future
changes in local-scale, short-duration rainfall extremes that are of the greatest relevance to …

This study proposes two alternative methods for estimating the distribution of extreme
rainfalls for sites where rainfall data are available (gaged sites) and for locations without …

Data on intensity–duration–frequency or design rainfall are one of the most important
information required for various hydrological and water resources studies. However, such …

Abstract Design of urban drainage systems or flood risk assessment in small catchments
often requires knowledge of very short-duration rainfall events (less than 1 h). Unfortunately …