H = Total Head Loss over the Length of the Flow Lines = 11į = Number of Squares or Equipotential Drops = 13 H = Total Head Loss over the Length of the Flow Linesį = Number of Squares or Equipotential Dropsįind the total volume discharge per unit width of aquifer when the hydraulic conductivity is 5, the number of flow tubes is 8, total head loss over the length of the flow lines is 11 and the number of squares or equipotential drops is 13. Q t = Total Volume Discharge per Unit Width of Aquifer The formula for calculating total volume discharge per unit width of aquifer: To compute for total volume discharge per unit width of aquifer, four essential parameters are needed and these parameters are Hydraulic conductivity (k), Number of flow tubes (p), Total Head Loss over the Length of the Flow Lines (h) and Number of Squares or Equipotential Drops (f). The image above represents total volume discharge per unit width of aquifer.
How to calculate keq how to#
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