The aim of this work is to show out some properties of Guyon's method for drain spacing determination in unsteady state of flow. The analysis has been carried out in the marshy gley soil of the experimental field with drain spacing of 10 m, 20 m and 30 m. The method assumed modeled dynamics of water recharge, which hasn't been observed during the experimental trial. Therefore, its application is limited
An analytical solution is proposed for simulating transient seepage into a system of ditch drains pl...
The movement of water in an agricultural subsurface drainage system is analyzed using a model based ...
Water movement in unsaturated soils is commonly affected by hysteresis, a phenomenon often ignored a...
The aim of this work is to show out some properties of Guyon's method for drain spacing determinatio...
The aim of this work is to show some properties of the application of Kraijenhoff Van de Leur-Maasla...
The aim of this research was to figure out certain limitations of methods for drain spacing determin...
For designing a steady state drainage system a drain flow formula coupled with the Dupuit-Forcheimer...
Most drain spacing calculations do not take the horizontal flow in the unsaturated zone above the gr...
The aim of this work is to present some pecularity of Hooghoudt's method applied in drain spacing de...
Not AvailableAlmost all unsteady subsurface drainage equations developed so far use constant value o...
The Hooghoudt equation is widely used as a simple means of specifying drain spacing when designing n...
Literature on subsurface drainage theories, determination of drainage parameters, and analysis appro...
This study was conducted with the objectives of determining effect of trickle discharge rates and am...
CER60RHB54.Includes bibliographical references (page 13).Also published in: Journal of the Irrigatio...
Very well-drained lands could have a positive impact in various soil health indicators such as soil ...
An analytical solution is proposed for simulating transient seepage into a system of ditch drains pl...
The movement of water in an agricultural subsurface drainage system is analyzed using a model based ...
Water movement in unsaturated soils is commonly affected by hysteresis, a phenomenon often ignored a...
The aim of this work is to show out some properties of Guyon's method for drain spacing determinatio...
The aim of this work is to show some properties of the application of Kraijenhoff Van de Leur-Maasla...
The aim of this research was to figure out certain limitations of methods for drain spacing determin...
For designing a steady state drainage system a drain flow formula coupled with the Dupuit-Forcheimer...
Most drain spacing calculations do not take the horizontal flow in the unsaturated zone above the gr...
The aim of this work is to present some pecularity of Hooghoudt's method applied in drain spacing de...
Not AvailableAlmost all unsteady subsurface drainage equations developed so far use constant value o...
The Hooghoudt equation is widely used as a simple means of specifying drain spacing when designing n...
Literature on subsurface drainage theories, determination of drainage parameters, and analysis appro...
This study was conducted with the objectives of determining effect of trickle discharge rates and am...
CER60RHB54.Includes bibliographical references (page 13).Also published in: Journal of the Irrigatio...
Very well-drained lands could have a positive impact in various soil health indicators such as soil ...
An analytical solution is proposed for simulating transient seepage into a system of ditch drains pl...
The movement of water in an agricultural subsurface drainage system is analyzed using a model based ...
Water movement in unsaturated soils is commonly affected by hysteresis, a phenomenon often ignored a...