Published 1/2025
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 3.20 GB | Duration: 4h 33m
Master Python scripting to streamline result extraction and automate geotechnical workflows in PLAXIS
What you’ll learn
Automating complex geotechnical tasks
Efficiently extracting and processing results for retaining walls, foundations, and piles
Practical insights for both 2D and 3D models
Techniques to save time and reduce errors in geotechnical analysis
Requirements
A working knowledge of PLAXIS 2D and 3D software
Basic understanding of geotechnical engineering concepts
Description
This course equips geotechnical professionals and students with the skills to enhance their PLAXIS modeling workflows using Python scripting. Whether you are an engineer, researcher, or student, this course will empower you to automate repetitive tasks, extract key results efficiently, and improve your overall productivity.The course focuses on practical, real-world applications, guiding you through Python-based solutions for common geotechnical challenges. Each module is designed to help you implement scripts that interact directly with PLAXIS models and output, covering both 2D and 3D scenarios.Topics covered include automation of the following:1. Extracting earth pressures on retaining walls (Static, 2D).2. Extracting earth pressures on retaining walls (Dynamic, 2D).3. Evaluating equivalent springs under rectangular foundations (Static 3D).4. Evaluating equivalent springs under rectangular foundations (Dynamic 3D).5. Building ring beam foundations and evaluating springs (Static 3D).6. Extracting forces and displacements in embedded piles (Static 3D).7. Extracting forces and displacements in embedded piles (Dynamic 3D).8. Automating the creation of material lists for new PLAXIS models (2D and 3D).9. Using ChatGPT to revise and modify Python Scripts.Participants will gain access to ready-to-use Python scripts for all applications discussed. These scripts can be directly implemented in your own PLAXIS projects, saving valuable time and ensuring accurate results. Additionally, the course will include a session demonstrating how Python scripts can be used to train ChatGPT to modify, revise, or produce new scripts —providing an innovative way to extend and customize the course material for individual needs.The course combines clear explanations and step-by-step script implementations, and real-world examples to ensure a comprehensive learning experience. By the end of the course, you will have a robust set of Python scripts tailored to meet your geotechnical modeling needs.This course assumes a working knowledge of PLAXIS and basic geotechnical engineering principles. While Python programming basics are helpful, no prior expertise in scripting is required.PrerequisitesA working knowledge of PLAXIS 2D and 3D software.Familiarity with general soil mechanics principles.Basic understanding of geotechnical engineering concepts.LimitationsThis course does not teach how to use PLAXIS software (refer to my courses on Udemy).The focus is on automating result extraction from PLAXIS Output using Python scripts.This course does not teach Python programming itself, but it will enable you to use efficient Python Scripts for Plaxis.The scripts are limited to the topics above.Join today and revolutionize your geotechnical modeling!
Overview
Section 1: Introduction
Lecture 1 Introduction
Section 2: Essential Knowledge
Lecture 2 Essential Knowledge
Section 3: Install Python Libraries
Lecture 3 Install Python Libraries
Section 4: Example 1: Earth Pressure Retaining Wall – 2D Static
Lecture 4 Example 1: Earth Pressure Retaining Wall – 2D Static
Section 5: Example 2: Earth Pressure Retaining Wall – 2D Dynamic
Lecture 5 Example 2: Earth Pressure Retaining Wall – 2D Dynamic
Section 6: Example 3: Rectangular Footing Spring – Static 3D
Lecture 6 Example 3: Rectangular Footing Spring – Static 3D
Section 7: Example 4: Rectangular Footing Spring – Dynamic 3D
Lecture 7 Example 4: Rectangular Footing Spring – Dynamic 3D
Section 8: Example 5: Ring beam Spring – STATIC
Lecture 8 Example 5: Ring beam Spring – STATIC
Section 9: Example 6 Embedded Beam Piles – STATIC 3D
Lecture 9 Example 6 Embedded Beam Piles – STATIC 3D
Section 10: Example 7 Embedded Beam Piles DYNAMIC
Lecture 10 Example 7 Embedded Beam Piles DYNAMIC
Section 11: Example 8: Create Soil materials
Lecture 11 Example 8: Create Soil materials
Section 12: Use ChatGPT to revise Python Code
Lecture 12 Video 12- Use ChatGPT to revise Python Code
This content is ideal for geotechnical engineers and PLAXIS users looking to enhance their productivity and expand their skillset with Python scripting.
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