TNavigator 23.4

Description

TNavigator 23.4
tNavigator is powerful software for dynamic simulation of oil and gas reservoirs. The program is a joint effort of researchers and the RFD development team. It can be installed on personal systems, portable computers, servers and even HPC clusters. The program is written in C ++ and uses the latest parallel processing techniques and hardware gas pedals in its coding. The processing speed and performance of the program is proportional to the hardware capabilities of the host system.
Of course, if you run the application on a clustered system with multiple processing cores, you will find that simulation and processing operations are much faster. No techniques have been used to maximize the processing speed of complex models, and NUMA, Hyper-Threading, hybrid MPI/SMP computing, etc. have been well utilized. All of these techniques have been used to provide optimal performance for the program and largely outperform other competitors.
On the product introduction page, interactive simulation is one of the main features of the product. In fact, unlike other simulation tools, the product not only allows instant monitoring of the tank's simulation operation, but also allows the user to change its requirements and parameters in the course of a few mouse clicks. Viewing the results. This facilitates the simulation and parametric study of oil and gas reservoirs and certainly saves a lot of time. If you are involved in the reservoir simulation process, or even need to study the final paper, we recommend using tNavigator as one of the top tools in the field.

Key new features of tNavigator 23 include:
- The latest version 23.2 of Rock Flow Dynamic's flagship product, tNavigator.

tNavigator has long been recognized as a powerful tool for reservoir engineers and geologists, providing accurate modeling and simulation of complex reservoir behavior. The latest version brings significant improvements to all modules, enhancing the overall functionality of the software.

Updates and improvements affect the simulator kernel and GUI, the AHM and Uncertainty modules, the Geology and Model Designer, Seismic, the Fracture Simulator, the Network, Well and PVT Designer, the Balance of Materials Analyzer, and a section on Resource Sharing.

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