Dynamic and static rock mechanical parameter correction system

Abstract

The invention discloses a dynamic and static rock mechanical parameter correction system. The system comprises a man-machine operation module, a rock mechanical parameter measuring and collecting module, an influential parameter statistics module, a physical model establishing module, a hard spot table establishing module, a virtual actuator, a virtual sensor, a simulated analysis module, a transfer node module, an associative relation obtaining module and an in situ model recovery module. The virtual back feeds a result to the simulation analysis module by executing a simulated analysis method or algorithm in a cyclic manner, the simulated analysis module extracts data automatically and sends the data to the virtual sensor, and the virtual sensor displays the result automatically. According to the invention, an rock mechanical underground in situ model of a hydrocarbon reservoir can be recovered more effectively and accurately, and different simulated analysis can be carried out on the established physical model according to requirements.

Description

technical field [0001] The invention relates to the technical field of oil and gas reservoir development, in particular to a dynamic and static rock mechanics parameter correction system. Background technique [0002] Oil and gas reservoir rock mass is a geological entity composed of a series of structural planes and structural bodies at a certain depth, at a certain temperature and pressure, and saturated with a certain amount of fluid by the porous medium material of the reservoir rock mass and its upper and lower surrounding rocks. Compared with near-surface engineering geology, it is generally buried deeper (the depth of the formation is generally several thousand meters), and it is under higher triaxial complex confining pressure (up to 200MPa), higher temperature (up to 200°C) and higher Under the conditions of high pore pressure (up to 200Mpa) and multiphase fluid saturation (oil, gas, water). This is very different from the environment of the rock mass in the shallo...

AI Technical Summary

Problems solved by technology

[0003] For oil and gas reservoir rock mass with complex confining pressure, high temperature, high pore pressure, and multiphase fluids at depths of thousands of meters underground, the traditional static mechanical properties research is to drill cores under surface conditions and use triaxial stress A tester or an acoustic wave tester is used to conduct mechanical experiments on the cores taken out, such as taking the drilled cores to the ground laboratory at room temperature, normal pressure, and dry samples, or considering applying different confining pressures, or

Images