A method for judging the relative activity intensity of different parts of strike-slip faults

Abstract

The present application discloses a method for judging the relative activity intensity of different parts of a strike-slip fault, by fitting the vertical displacement change curves of different segments, calculating the vertical displacement change rate within the same segment, to determine the difference in the relative activity intensity of different parts within the same segment, and then by calculating the area of ​​the envelope range of the vertical displacement depth value of different segments and the mathematical method of "length-to-surface ratio", to determine the relative activity intensity of different segments of the strike-slip fault. The application of this method can effectively judge the relative activity intensity of different segments of the strike-slip fault, and provides a set of effective solutions for professional and technical personnel who study the control of storage and reservoir by strike-slip faults. The present application solves the problem of insufficient research accuracy in the study of the activity intensity of strike-slip fault zones, ignoring the difference in activity intensity between different segments of strike-slip faults, and large human errors in the statistical process.

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