midas GTS NX 2019 v1.2

GTS NX 2019 (version 1.2), is a comprehensive finite element analysis software package that is equipped to handle the entire range of geotechnical design applications including deep foundations, excavations, complex tunnel systems, seepage analysis, consolidation analysis, embankment design, dynamic.

midas GTS NX 2019 v1.1 Initial Release: Thermal Analysis - Date: November 19, 2018

The new thermal analysis module includes heat transfer, thermal stress, and seepage-thermal stress analysis types. This analysis type can be used to model the thermal changes in the ground due to environmental changes, or due to the construction of facilities, such as buildings or pipelines. In GTS NX, thermal energy can be exchanged based on the following phenomenological ways: conduction and convention. Thermal analysis (heat transfer, thermal stress, seepage-thermal stress) are available as the steady-state analysis and transient analysis (time-dependent).

After the heat transfer analysis, results such as temperature distribution, temperature gradient, and heat flow direction/size are printed. Thermal stress and thermal deformation due to generated/exchanged heat can be obtained from thermal stress analysis (thermo-mechanical study). Seepage-thermal stress analysis allows for hydrothermal mechanical simulation. Both structural analysis results and seepage/heat transfer analysis results are output.

As the next generation geotechnical analysis software, midas GTS NX features the newest development in cutting-edge computer graphics and analysis technology. GTS NX fully supports the latest 64-bit OS Graphic user interface. The intuitive interface will enable new users to easily integrate the software in their work process. The fast analysis speed, outstanding graphics, and output capabilities will provide users with a new and advanced level of geotechnical design.

GTS NX also incorporates a hybrid mesh generation function that creates mesh set that use an optimal combination of hexahedron and tetrahedral elements. The main advantage of using hexahedron elements is that they generate comparatively more accurate stress results than tetrahedral elements; and the advantage of using tetrahedral elements is that they are more effective for modeling sharper curves and corners of complex geometry . GTS NX is capable of utilizing both tetrahedral and hexahedron elements without any significant loss in modeling or analysis speed.

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