The concept of time of concentration in the analysis of catchment responses dates back over 150 years to the introduction of the rational method. Since then it has been used in a variety of ways in the formulation of both unit hydrograph and distributed catchment models. It is normally discussed in terms of the velocity of flow of a water particle from the furthest part of a catchment to the outlet. This is also the basis for the definition in the International Glossary of Hydrology. While conceptually simple, this definition is, however, wrong when applied to catchment responses where, in terms of how surface and subsurface flows produce hydrographs, it is more correct to discuss and teach the concept based on celerities and time to equili...
The general formula can be expressed as follows: where tc = time of concentration, k = constant, and...
<div><p>Abstract Concentration time is an important parameter for drainage systems design and is clo...
Concentration time is an important parameter for drainage systems design and is closely related to t...
The time of concentration is a primary parameter for a variety of modern hydrological models adopted...
There are several empirical and theoretical formulas used for the estimation of the time of concentr...
Parameter that effect the hydrological processes in the urban drainage are rainfall, runoff, and inf...
Time of concentration (TC) is a parameter in runoff estimation, used to study and design different t...
The time of concentration is a fundamental parameter in many hydrological models. Nowadays there is ...
In spite of trying to understand processes in the same spatial domain, the catchmenthydrology and wa...
Abstract: In this paper, a methodology is proposed for identifying the best equations for estimating...
The time of concentration is a fundamental parameter used for hydrological analysis in professional ...
<p>Among the characteristics that determine the maximum throughput flood genesis, concentration time...
In spite of trying to understand processes in the same spatial domain, the catchment hydrology and w...
Flood mitigation design requires accurate computation of discharge at any interest location to susta...
The time water spends travelling subsurface through a catchment to the stream network (i.e. the catc...
The general formula can be expressed as follows: where tc = time of concentration, k = constant, and...
<div><p>Abstract Concentration time is an important parameter for drainage systems design and is clo...
Concentration time is an important parameter for drainage systems design and is closely related to t...
The time of concentration is a primary parameter for a variety of modern hydrological models adopted...
There are several empirical and theoretical formulas used for the estimation of the time of concentr...
Parameter that effect the hydrological processes in the urban drainage are rainfall, runoff, and inf...
Time of concentration (TC) is a parameter in runoff estimation, used to study and design different t...
The time of concentration is a fundamental parameter in many hydrological models. Nowadays there is ...
In spite of trying to understand processes in the same spatial domain, the catchmenthydrology and wa...
Abstract: In this paper, a methodology is proposed for identifying the best equations for estimating...
The time of concentration is a fundamental parameter used for hydrological analysis in professional ...
<p>Among the characteristics that determine the maximum throughput flood genesis, concentration time...
In spite of trying to understand processes in the same spatial domain, the catchment hydrology and w...
Flood mitigation design requires accurate computation of discharge at any interest location to susta...
The time water spends travelling subsurface through a catchment to the stream network (i.e. the catc...
The general formula can be expressed as follows: where tc = time of concentration, k = constant, and...
<div><p>Abstract Concentration time is an important parameter for drainage systems design and is clo...
Concentration time is an important parameter for drainage systems design and is closely related to t...