Design and Application of High-Performance Logging Numerical Simulation Platform LogSIP2.0

In order to increase the innovation of basic theoretical methods of logging, the optimization design of logging instrument parameters, and the innovative R&D mode of numerical simulation logging, LogSIP2.0 is designed and developed on the basis of LogSIP1.0. The platform uses the mainstream Spring cloud microservice distributed framework and B/S architecture design, integrates electrical, acoustic, core, new methods and other logging numerical simulation modules, with unified visual modeling, task push and cluster computing functions, shortening the logging numerical simulation calculation cycle. Secondly, the modular integration of numerical simulation algorithms such as 3D induction, azimuth lateral and 3D acoustic logging is carried out, and the numerical simulation calculation examples of detector optimization design and continuous response are used to apply them in the logging numerical simulation platform. Finally, the system provides theoretical and technical support for instrument structure optimization design, instrument response research, environmental calibration plate calculation and data processing.