Advanced Geotechnical Engineering Solutions with 3D-FEM Technology
3D-FEM Technology
In the field of geotechnical engineering, ensuring stability and preventing settlement in structures demands accurate and reliable calculations. Over the years, advancements in computational methods and the power of modern computers have made it possible to conduct more detailed analysis of soil behavior and structural interactions.
Nowadays, 3D calculations, specifically through the Finite Element Method (FEM), have become integral in geotechnical projects. FEM is an invaluable tool for managing complex load conditions, intricate soil behavior, unconventional groundwater flow, or when the geometry of the site defies simple 2D modeling. This method offers a clearer and more efficient solution to challenges such as bridge embankments, high-load foundations, and deep excavations.
At AFRY, we specialize in 3D-FEM calculations, providing cost-effective and accurate design solutions. This is particularly useful in scenarios where traditional 2D approaches might cause over-engineering and inflated costs. For example, in projects such as a 10-meter deep bored pile foundation, 3D analysis can be crucial in optimizing design and ensuring long-term stability.
When you partner with us, you gain expertise in advanced 3D-FEM technology, customized to meet the specific requirements of your geotechnical project. Allow us to help you unlock the potential of your design while minimizing risks and costs.
