Plaxis: 2d Training Course

A PLAXIS 2D training course is designed to equip geotechnical engineers and students with the skills to use finite element software for analyzing soil and rock behavior. These courses typically range from basic introductory sessions (approx. 18 hours) to comprehensive 8-week programs covering advanced numerical modeling. Core Learning Objectives

Workflow Mastery: Navigating the five primary modes: Soil, Structures, Mesh, Flow Conditions, and Staged Construction.

Material Modeling: Understanding constitutive soil models such as Mohr-Coulomb, Hardening Soil, and Soft Soil Creep to simulate realistic soil behavior.

Geotechnical Applications: Performing stability and deformation analysis for foundations, excavations, embankments, and tunnels.

Result Interpretation: Analyzing output data including factor of safety (FoS), displacement, pore pressures, and structural forces. Typical Course Modules

Most comprehensive training programs, such as those from Ingeoexpert and PIGSO LEARNING, follow a structured syllabus:

PLAXIS 2D: Geotechnical Engineering Software - Bentley Systems

Course Title: Mastering PLAXIS 2D: Practical Geotechnical Numerical Analysis Course Overview This course provides a hands-on introduction to

, the industry-standard finite element software for geotechnical engineering. Participants will transition from fundamental concepts to complex real-world modeling scenarios, including excavations, foundations, and slope stability. Learning Objectives By the end of this course, you will be able to: PLAXIS 2D & 3D Courses - Facebook plaxis 2d training course

PLAXIS 2D training courses range from short, focused webinars to comprehensive 14-week certification programs that cover essential geotechnical workflows, including deformation and stability analysis. Popular Training Options

Training providers offer various formats to suit different schedules and depth of learning: PIGSO Learning (Combined 2D & 3D) Format: Live online sessions via Zoom.

Duration: 14 weeks (60+ hours) with sessions on Friday, Saturday, and Sunday.

Key Features: Hands-on learning with 10 project assignments and a final industry-type capstone project.

Curriculum: Advanced groundwater flow modeling, pore-pressure coupling, and consolidation analysis. Website: PLAXIS Training (2D and 3D) Geoengineer.org (Basic Course) Format: Online webinar training. Duration: 18 hours (typically delivered over 3 days).

Key Features: Focuses on numerical and constitutive modeling for beginners.

Schedule: Recurring sessions (e.g., upcoming sessions in early 2026). Website: Geoengineer.org Events Specialized Assessment Webinars (Geoengineer.org)

Topic Example: Stability assessment of slope strengthening near railway tracks. A PLAXIS 2D training course is designed to

Format: Short-form (approx. 2 hours) including a live demonstration building a model from scratch. Cost: Approximately €300. Typical Course Curriculum

Standard courses generally follow a logical geotechnical workflow:

Geometry Creation: CAD imports and modeling strategy for soil reinforcement.

Material Modeling: Assigning soil properties and understanding soil-structure interaction. Analysis Types: Safety analysis ( -c reduction). Seepage and groundwater flow.

Deformation and settlement prediction for foundations or tunneling.

Post-Processing: Interpreting stress contours, safety factors, and displacement results. Software Access

If you do not have a full license, you can explore the software via:

PLAXIS 3D Output Viewer: A free tool provided by Bentley to review results without a license. Optional Advanced Topics (if time permits)

Official Documentation: Review installation and licensing guides on the Bentley Software Documentation portal.

PLAXIS 2D: Geotechnical Engineering Software - Bentley Systems

PLAXIS 2D training courses provide engineers with the skills to perform finite element analysis (FEA) for soil and rock stability

. Training typically ranges from introductory sessions for beginners to advanced modules covering complex soil-structure interactions like tunneling and seismic analysis Core Training Curriculum Most comprehensive programs, such as those from PIGSO Learning Ingeoexpert , follow a structured workflow PLAXIS Training (2D and 3D)

the PLAXIS training course is designed with practical case studies covering slope stability, foundations, tunnelling, embankments, PIGSO Learning Introduction - Getting Started with PLAXIS 2D - part 1/11

Optional Advanced Topics (if time permits)

Dynamic analysis (earthquake time-history)
Thermal analysis (e.g., energy piles)
Introduction to PLAXIS 2D API for automation
Exporting to PLAXIS 3D

9. Recommendations for Future Participants / Course Improvements

Pre-requisite: Review Mohr-Coulomb theory and Terzaghi’s consolidation.
Suggested extension: A dedicated half-day on advanced constitutive model calibration (HSsmall, UBC3D-PLM).
Post-course: Practice with provided example files; join PLAXIS user forums.

1. Executive Summary

The PLAXIS 2D training course provided a comprehensive introduction to finite element analysis for geotechnical engineering. Participants gained hands-on experience in modelling soil-structure interaction, setting up boundary conditions, performing consolidation and safety analyses, and interpreting results. The course successfully bridged theoretical soil mechanics with practical numerical modelling.

1. Geometry and Mesh Generation

The course begins with the fundamentals: setting up the "Plane Strain" assumption. You will learn to import CAD files (DXF) and how to refine the mesh around critical structures like tunnel linings or retaining walls without blowing up your computational power.