|
 |
Calculator 1 - Darcy Flux and Average Linear Groundwater Velocity |
Back
to Calculators
Darcy's law is the basic equation
that describes fluid flow through porous media. There are many ways to
write Darcy's Law, and a few of them will be presented here. The first
equation contains a velocity term, v (L/T), a conductivity term, K (L/T),
a head term, h (L), and a distance term, l (L):
v = -K(∆h/∆l)
This is the Darcy
velocity (or Darcy flux) which is defined as the flow per unit cross
sectional area of the porous medium. Since you have a porous media the water
must move through the pores, around the solid particles, at a speed greater
than the flux. This speed is called the average linear groundwater velocity
and is calculated by dividing the Darcy flux by the porosity of the media.
|
|
|
Perform
More Detailed Calculations Using:
Saturated
Zone Flow Analytical Solutions
RBCA Tier
2 Analyzer
Detailed
Info
Purchase
Download
Demo
TWODAN
Detailed
Info
Purchase
Download
Demo
WinFlow-WinTran
Detailed
Info
Purchase
Saturated
Zone Flow Numerical Solutions
Flowpath II
Detailed Info
Purchase
Download
Demo
Groundwater Vistas
Detailed Info
Purchase
Download
Demo
Visual MODFLOW
Detailed Info
Purchase
Download
Demo
Unsaturated Zone Flow
FEFLOW
Detailed
Info
Purchase
Download
Demo
HYDRUS
Detailed
Info
Purchase
Download
Demo
UnSat Suite Plus
Detailed
Info
Purchase
Download
Demo
|