Back to Calculators BOUWER/RICE SLUGTEST CALCULATOR Calculate Hydraulic Conductivity from slugtest data using Bouwer and Rice method STEP1 - Graph slugtest data - Log Head Vs. Linear Time. Read h1,h2,t1,t2 from straight line part of curve. STEP2 - Look up well construction paramters. STEP3 - Enter test parameters. h1 (head at time t=t1): h2 (head at time t=t2): t1 (time at head h1): t2 (time at head h2): Well Type: fully penetrating well partially penetrating well b (Aquifer saturated thickness): H (dist. from w. t. to bottom of pack): L (length of the screened interval): rc (radius of casing): rw (radius of well): Hydraulic Conductivity: Example CalculationSTEP1 - Graph slugtest data - Log Head Vs. Linear Time.STEP 2 & 3 - Enter test parameters. h1 = 1.0 ft h2 = 0.2 ft t1 = 10 min t2 = 20 min Well Type: = Partially Penetrating b = 100 ft H = 50 ft L = 15 ft rc = 0.083 ft rw = 0.33 ft Hydraulic Conductivity = 0.00011 ft/min
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BOUWER/RICE SLUGTEST CALCULATOR Calculate Hydraulic Conductivity from slugtest data using Bouwer and Rice method STEP1 - Graph slugtest data - Log Head Vs. Linear Time. Read h1,h2,t1,t2 from straight line part of curve.
STEP2 - Look up well construction paramters.
STEP3 - Enter test parameters.
h1 (head at time t=t1): h2 (head at time t=t2): t1 (time at head h1): t2 (time at head h2): Well Type: fully penetrating well partially penetrating well b (Aquifer saturated thickness): H (dist. from w. t. to bottom of pack): L (length of the screened interval): rc (radius of casing): rw (radius of well):
Hydraulic Conductivity:
Example Calculation
STEP1 - Graph slugtest data - Log Head Vs. Linear Time.
STEP 2 & 3 - Enter test parameters.
h1 = 1.0 ft h2 = 0.2 ft t1 = 10 min t2 = 20 min Well Type: = Partially Penetrating b = 100 ft H = 50 ft L = 15 ft rc = 0.083 ft rw = 0.33 ft
Hydraulic Conductivity = 0.00011 ft/min
Single Well Solutions
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