The invention relates to a dynamic
reconstruction method of a time-shift
logging curve. The method comprises the following steps: determining basic data of a target work area; directly measuring pressure change of a production well shaft along the vertical thickness of a destination layer; determining a water penetration mode of a production well at a destination layer position; determining pressure change of a shaft position in a longitudinal direction; obtaining oil-containing saturation of a destination layer position at different time points by performing
fluid replacement simulation on the production well at the destination layer position according to time; obtaining oil-containing saturation of a
logging curve after reconstruction by screening the oil-containing saturation of the simulated destination layer position at the different time points; calibrating a rock
physical model; calculating
longitudinal wave speed, a
transverse wave speed and density of the
logging curve after dynamic reconstruction; obtaining synthetic seismic data through forwarding synthesis; comparing the synthetic seismic data with an actual well bypass, and if the dynamic reconstruction satisfying correlation requirements, ending the method; and otherwise, modifying a most influential parameter in the rock
physical model, and returning to the previous step.