A generalized package of hydrologic and hydraulic models and programs is developed for the quantitative analysis of watersheds and drainage networks. The package is microcomputer based and is available to interested parties. Full documentation is included in the Appendix. The approach applies a lengthy historical rainfall record to the system in continuous simulation. One of the most powerful operational hydraulic routing models available is adopted into the package. Output takes the form of statistical predictions of flood stages, discharges, storage requirements, and rainfall analyses for various return-periods. Computer runs are completely summarized. The package was applied to a 969-acre watershed in a 21-year simulation, and the result...
In the field of hydrology the "unit hydrograph" method of transforming an impulse of rain or snowme...
In the paper were made the verification of the operation of a rainwater drainage system in the resid...
The improvement and further development of a laboratory catchment and rainfall simulator is describe...
The hydrologic characteristics of watersheds in semiarid regions are dependent upon many variable an...
The estimation of design hydrographs for small and ungauged watersheds is a key topic in hydrology. ...
A physical event-based computer methodology is presented for evaluating the hydrologic performance o...
Developing a satisfactory procedure for determining the surface runoff of a catchment by routing rai...
The HYDROPAC model was developed to improve the technology transfer from the science of hydrology to...
A description is given of the development and application of a computer program to simulate the stre...
ABSTRACT. The basic principles underlying the most commonly used physically-based models of the rain...
The traditional challenge charge to watershed hydrologic modelers has been to predict river discharg...
A mathematical model for personal computers was prepared as a planning tool for development of micro...
This study is focused in analyzing the responses of an existing storm drainage system under a five a...
The adequate design of a storm drainage system depends upon the proper estimation of various peak di...
In this work, a modification and a generalization of the “Italian-Storage method” (ISM), a renowned ...
In the field of hydrology the "unit hydrograph" method of transforming an impulse of rain or snowme...
In the paper were made the verification of the operation of a rainwater drainage system in the resid...
The improvement and further development of a laboratory catchment and rainfall simulator is describe...
The hydrologic characteristics of watersheds in semiarid regions are dependent upon many variable an...
The estimation of design hydrographs for small and ungauged watersheds is a key topic in hydrology. ...
A physical event-based computer methodology is presented for evaluating the hydrologic performance o...
Developing a satisfactory procedure for determining the surface runoff of a catchment by routing rai...
The HYDROPAC model was developed to improve the technology transfer from the science of hydrology to...
A description is given of the development and application of a computer program to simulate the stre...
ABSTRACT. The basic principles underlying the most commonly used physically-based models of the rain...
The traditional challenge charge to watershed hydrologic modelers has been to predict river discharg...
A mathematical model for personal computers was prepared as a planning tool for development of micro...
This study is focused in analyzing the responses of an existing storm drainage system under a five a...
The adequate design of a storm drainage system depends upon the proper estimation of various peak di...
In this work, a modification and a generalization of the “Italian-Storage method” (ISM), a renowned ...
In the field of hydrology the "unit hydrograph" method of transforming an impulse of rain or snowme...
In the paper were made the verification of the operation of a rainwater drainage system in the resid...
The improvement and further development of a laboratory catchment and rainfall simulator is describe...