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Hydraulic fracturing of oil and gas wells
Key factors affecting behavior of formations under hydraulic pressure; simulated formations used consisted of cement cubes 5 by 5 in. penetrated to depth of 3 in. by 3/8 in. hole and hydraulically fractured by standard test procedure; factor of tensile and compressive strength, well bore size, temperature of formations, fracturing fluid, homogeneity, fluid saturation, formation pressure, rock permeability, porosity conditions of stressed formations and overburden.
Hydraulic fracturing of oil and gas wells
Key factors affecting behavior of formations under hydraulic pressure; simulated formations used consisted of cement cubes 5 by 5 in. penetrated to depth of 3 in. by 3/8 in. hole and hydraulically fractured by standard test procedure; factor of tensile and compressive strength, well bore size, temperature of formations, fracturing fluid, homogeneity, fluid saturation, formation pressure, rock permeability, porosity conditions of stressed formations and overburden.
Hydraulic fracturing of oil and gas wells
Oil Gas J
Clark, Jr., R.C. (author)
Oil and Gas Journal ; 52
1953
Article (Journal)
English
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