Complex geotechnical challenges can require a closer to reality factor of safety. More than ever, you require scalable and trusted analysis for infrastructure geotechnical challenges. Model and analyze common or complex geo-engineering projects efficiently with intuitive digital workflows and advanced interoperability.
Key features include:
- Accurately calibrate material models.
- Advanced interoperability with the Bentley ecosystem.
- Automate tasks for improved efficiency with Python scripting.
- Import CAD files for streamlined modeling, saving you time.
- Strengthen reliability with preeminent constitutive model library.
- Access more functionality with sensitivity analysis and parameter variation.
Plan with trusted information. Import geotechnical information digitally faster for better data drive decisions and advanced interoperability for fast and efficient 3D model creation.
Analyze with sound computation. Take advantage of finite element or limit equilibrium analysis in 2D or 3D with our complete set of geotechnical engineering applications in PLAXIS WorkSuite.
Featuring rich functionality with faster analysis, our state-of-the-art solver can save you time. Conquer geotechnical challenges with trusted computation backed by dozens of verification studies and advanced constitutive models for soil and rock.
Engineering companies and institutions rely on PLAXIS for every geotechnical challenge - from excavations, embankments, and foundations to tunneling, mining, and reservoir geomechanics.
Strengthen your solutions with advanced expertise. Bentley’s geotechnical applications are backed by world-class expertise and are used worldwide to support producing safer structures and environments for all.
PLAXIS 3D WorkSuite includes PLAXIS 3D Ultimate, PLAXIS 3D LE (includes 2D LE), and PLAXIS Designer.