This enables us to optimize solutions in the sense of pile length, spacing, required reinforcement, etc. When modeling an open pit protection with a pilot wall, a spatial insight into the distribution of internal forces in the piles is obtained. With a more accurate way of engaging input data (problem geometry, geology), a wider range of numerical analysis results is also available. Plaxis 3D – displacement contours in a three-dimensional model
PLATES IN PLAXIS 2D SOFTWARE
Compared to software based on two-dimensional numerical analysis, Plaxis 3D enables modeling with actual location conditions and transferring the problem geometry, as well as geological conditions from 3D terrain models created in CAD or BIM interface.įigure 1. Plaxis 3D is a software package based on the finite element method and used to perform three-dimensional stress-strain analysis, stability analysis and flow analysis. Because we encounter many complex geotechnical problems in our daily work, we have decided to put the new Plaxis 3D software package with three-dimensional numerical analysis features into action. The use of advanced numerical methods, such as the finite element method, allows us to carry out complex analyses that help us describe soil behavior and structure, as well as their interaction. It seems almost unimaginable today to conduct a problem analysis and structure calculation in geotechnical engineering without the use of numerical modeling. Three-dimensional numerical analysis – Plaxis 3D
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