The course ‘Numerical Modelling in Geotechnics: Applications with Plaxis 2D’ offers you an introduction to the ever-evolving field of geotechnical engineering, a sector experiencing unprecedented growth and demand. As infrastructure projects become increasingly complex, the ability to utilise advanced numerical modelling tools is essential. Through this course, you’ll gain a comprehensive understanding of numerical modelling and its crucial applications in geotechnics. You will learn to create geometries and finite element meshes and explore calculations, water behaviour and result analysis. Practical case studies using Plaxis 2D will reinforce your theoretical knowledge, equipping you to tackle real-world challenges. This distance learning opportunity is ideal for those seeking to enhance their skills and stand out in a competitive job market. Undertaking this course will place you at the forefront of innovation, equipping you with the expertise needed to excel in the field of geotechnical engineering.
Numerical modelling in geotechnics. Applications using Plaxis 2D
Civil Engineering and Structures
40 hours
Introduction
Objectives
- To understand the principles of numerical modelling in geotechnics using Plaxis 2D.
- To develop skills in building geometry and finite element meshes in Plaxis 2D.
- To learn how to carry out accurate calculations and water analyses in geotechnical models.
- To interpret and analyse results effectively using Plaxis 2D software.
- To apply Plaxis 2D to practical geotechnical engineering cases.
- To improve problem-solving skills in geotechnical scenarios using Plaxis 2D.
- To improve technical proficiency in geotechnical modelling and simulations.
Table of Contents
UNIT 1. NUMERICAL MODELLING AND ITS APPLICATION IN GEOTECHNICS. INTRODUCTION TO PLAXIS 2D.
Introduction to Numerical Modelling.
The Finite Element Method.
Numerical Modelling in Geotechnics.
Introduction to Plaxis 2D. Basic Concepts.
Plaxis 2D: Organisation and Structure: User Interface.
UNIT 2. BUILDING THE GEOMETRY AND THE FINITE ELEMENT MESH
Definition of Ground Geometry and Structure.
Geometrical Elements, Loads and Movements Applied to Plaxis 2D.
Soil behaviour and constitutive models
Structural and hydraulic elements in Plaxis 2D
Definition of the finite element mesh
UNIT 3. CALCULATIONS, WATER AND RESULT ANALYSIS.
Definition of Calculation Phases.
Plaxis 2D calculation types
Water in Plaxis 2D.
Calculation Scheme and Control Parameters.
Visualisation and analysis of results.
UNIT 4. APPLICATIONS USING PLAXIS 2D – PRACTICAL CASES.
Study of a Shallow Foundation.
Analysis of a slope’s stability
A case study: an excavation between retaining walls
Embankment construction and stabilisation
Modelling a tunnel. Tunnel builder/wizard