An exact method of solution of the flood-routing equation, when the storage is a linear function of weighted inflow and outflow, is developed. This operation is shown to be equivalent to routing a multiple of the inflow through reservoir storage and subtracting the excess inflow. Modified coefficients for the Muskingum equation are developed which do not depend on the routing interval being small relative to K
An analysis of a large number of flood routing methods has been carried out, and the implicit soluti...
In this paper, the conservative properties of the Muskingum equation, commonly applied to solve rive...
This work investigates the routing effect provided by an artificial reservoir to a double-peak flood...
The basic equations used in flood routing are developed from the law of continuity. In each method ...
Flood routing can be subclassified into hydraulic and hydrologic flood routing; the former yields ac...
Hydrological or hydraulic flood routing methods can be used to predict the floodplain influences on ...
The three-parameter nonlinear Muskingum method for flood routing is analyzed. Analytical solutions f...
The Muskingum flood routing model is a representative flood routing model. The field applicability o...
Abstract Considering cost and time, the Muskingum method is the most efficient flood routing techniq...
Muskingum method of flood routing has some weaknesses. First, to define the value of routing paramet...
ABSTRACT The Muskingum flood routing method is widely used by hydrologists and good results are freq...
A new nonlinear Muskingum flood routing model taking the contribution from lateral flow into conside...
ABSTRACT: The Muskingum-Cunge flood routing procedure has been incorporated into th
Many hydraulic engineering problems involve the computation of the propagation of flood waves in ope...
The variable parameter Muskingum-Cunge (MC) flood routing approach, together with several variants p...
An analysis of a large number of flood routing methods has been carried out, and the implicit soluti...
In this paper, the conservative properties of the Muskingum equation, commonly applied to solve rive...
This work investigates the routing effect provided by an artificial reservoir to a double-peak flood...
The basic equations used in flood routing are developed from the law of continuity. In each method ...
Flood routing can be subclassified into hydraulic and hydrologic flood routing; the former yields ac...
Hydrological or hydraulic flood routing methods can be used to predict the floodplain influences on ...
The three-parameter nonlinear Muskingum method for flood routing is analyzed. Analytical solutions f...
The Muskingum flood routing model is a representative flood routing model. The field applicability o...
Abstract Considering cost and time, the Muskingum method is the most efficient flood routing techniq...
Muskingum method of flood routing has some weaknesses. First, to define the value of routing paramet...
ABSTRACT The Muskingum flood routing method is widely used by hydrologists and good results are freq...
A new nonlinear Muskingum flood routing model taking the contribution from lateral flow into conside...
ABSTRACT: The Muskingum-Cunge flood routing procedure has been incorporated into th
Many hydraulic engineering problems involve the computation of the propagation of flood waves in ope...
The variable parameter Muskingum-Cunge (MC) flood routing approach, together with several variants p...
An analysis of a large number of flood routing methods has been carried out, and the implicit soluti...
In this paper, the conservative properties of the Muskingum equation, commonly applied to solve rive...
This work investigates the routing effect provided by an artificial reservoir to a double-peak flood...