Numerical modeling course with 2D Plaxis within the scope of geotechnics.




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Temario
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Summary
This course offers a current vision in numerical modeling, essential in geotechnical engineering projects. The theoretical and practical principles of the finite elements method are addressed, revealing itself as an indispensable tool to analyze and anticipate the behavior of soils and rocks. The instruction focuses on PLAXIS 2D, a leading software in the sector, tasting from the construction of geometry, the generation of the mesh to interpreting water and results. It is complemented with practical cases, reinforcing the analytical capacity against real challenges. This refine training conceptual understanding and technical application skills, vital for professionals aligned with the innovations and demands of the geotechnical field.
Goals
Professional exits
To prepare you
This course enables to apply numerical modeling in geotechnical projects, providing knowledge about the foundations of the finite elements method. You will cover from the construction of geometries to the analysis of results in PLAXIS 2D, handling situations that involve numerical calculations and the flow of water in soils. With practical cases, you will acquire skills to execute geotechnical models, a valuable competition to face challenges in the field of civil engineering and geotechnics.
Who is it addressed
The course "numerical modeling in the field of geotechnics with 2D Plaxis" is conceived for civil engineers, geotechnics, and geologists interested in acquiring knowledge about the principles of numerical modeling through finite elements and its implementation in geotechnical projects, using 2D plaxis. The content covers from the introduction to modeling to the analysis of practical cases, offering a solid understanding of the construction of geometry, mesh and analysis of results.

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Certificación

Numerical modeling course title with 2D Plaxis in the geotechnical field. With 200 hours issued by Structuralia

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