Assume the fluid production is coming from a fracture. The lateral dimension, W, of the fracture...
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Assume the fluid production is coming from a fracture. The lateral dimension, W, of the fracture is 100 cm, the fluid is a brine with a viscosity of 120 cP. The pressure at one end of the fracture is 300 psi and 2500 psi 20 feet away. Make a plot of the calculated response which would let you estimate the fracture aperture. Assume the fluid production is coming from a fracture. The lateral dimension, W, of the fracture is 100 cm, the fluid is a brine with a viscosity of 120 cP. The pressure at one end of the fracture is 300 psi and 2500 psi 20 feet away. Make a plot of the calculated response which would let you estimate the fracture aperture. Assume the fluid production is coming from a fracture. The lateral dimension, W, of the fracture is 100 cm, the fluid is a brine with a viscosity of 120 cP. The pressure at one end of the fracture is 300 psi and 2500 psi 20 feet away. Make a plot of the calculated response which would let you estimate the fracture aperture. Assume the fluid production is coming from a fracture. The lateral dimension, W, of the fracture is 100 cm, the fluid is a brine with a viscosity of 120 cP. The pressure at one end of the fracture is 300 psi and 2500 psi 20 feet away. Make a plot of the calculated response which would let you estimate the fracture aperture.
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In order to plot the response following data has been assumed qChange in flow aFracture Aperture m3... View the full answer
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