14. Absolute pemeability of a core sample is being measured by water flooding. The core sample is mounted in a transparent cylindrical tube, as shown in the figure below, and the air-water surface is monitored as function of time| The tube is placed in a vertical position and the water is assumed to flow through the whole core sample, evenly distributed over the surface. Calculate the absolute permeability of the sample when the air–water surface uses 400 seconds to move 18 cm. Water 100 cm 82 cm Core sample cm Additional data; Density of water Water viscosity Gravitational constant 1g/cm³ 1 cp 980 cm/s² Thickness of core sample 2 cm
14. Absolute pemeability of a core sample is being measured by water flooding. The core sample is mounted in a transparent cylindrical tube, as shown in the figure below, and the air-water surface is monitored as function of time| The tube is placed in a vertical position and the water is assumed to flow through the whole core sample, evenly distributed over the surface. Calculate the absolute permeability of the sample when the air–water surface uses 400 seconds to move 18 cm. Water 100 cm 82 cm Core sample cm Additional data; Density of water Water viscosity Gravitational constant 1g/cm³ 1 cp 980 cm/s² Thickness of core sample 2 cm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:14. Absolute permeability of a core sample is being measured by water flooding. The core
sample is mounted in a transparent cylindrical tube, as shown in the figure below, and
the air-water surface is monitored as function of timel
The tube is placed in a vertical position and the water is assumed to flow through the
whole core sample, evenly distributed over the surface.
Calculate the absolute permeability of the sample when the air-water surface uses 400
seconds to move 18 cm.
Water
100 cm
82 cm
Core
sample
cm
Additional data;
1g/cm?
1 ср
980 cm/s?
Thickness of core sample 2 cm
Density of water
Water viscosity
Gravitational constant
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