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Q2) A major fault in a reservoir has strike N35w and dip 60° from horizontal. Shmin in this area acts along 020 and in situ stresses are Shmin = 70 MPa, SHmax 80 MPa, Sv 65 MPa. Assume the pore pressure Pp = 30 MPa. If you have the knowledge of a fault transecting the reservoir. Determine if the fault likely to slip if the drilling operation will cause the respective frictional coefficient to be u = 0.7? %3D %3D

Q2) A major fault in a reservoir has strike N35w and dip 60° from horizontal. Shmin in this area acts along 020 and in situ stresses are Shmin = 70 MPa, SHmax 80 MPa, Sv 65 MPa. Assume the pore pressure Pp = 30 MPa. If you have the knowledge of a fault transecting the reservoir. Determine if the fault likely to slip if the drilling operation will cause the respective frictional coefficient to be u = 0.7? %3D %3D

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Q2) A major fault in a reservoir has strike N35W and dip 60° from horizontal. Snmin in this area acts along 020 and in situ stresses are Shmin = 70 MPa, SHmax 80 MPa, Sv 65 MPa. Assume the pore pressure Pp 30 MPa. If you have the knowledge of a fault transecting the reservoir. Determine if the fault likely to slip if the drilling operation will cause the respective frictional coefficient to be u = 0.7?
Transcribed Image Text:Q2) A major fault in a reservoir has strike N35W and dip 60° from horizontal. Snmin in this area acts along 020 and in situ stresses are Shmin = 70 MPa, SHmax 80 MPa, Sv 65 MPa. Assume the pore pressure Pp 30 MPa. If you have the knowledge of a fault transecting the reservoir. Determine if the fault likely to slip if the drilling operation will cause the respective frictional coefficient to be u = 0.7?
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