Learning Plaxis 2D and 3D in English

👷‍♂️ Learning Plaxis 2D and 3D for Geotechnical Engineering 🌍

Course Instructor: Karim El Khalat
Course Title: Powerful Geotechnical Engineer with Plaxis 2D & 3D
Master the Art of Geotechnical Engineering with cutting-edge software tools!

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Course Overview:

In this comprehensive course, you'll dive deep into the world of geotechnical engineering using Plaxis 2D and 3D – essential tools for any engineer looking to model soil structures accurately. From the basics to advanced techniques, you'll learn through a structured curriculum designed to take your expertise to the next level.

What You'll Learn:

Chapter 1: Introduction to Plaxis

• Overview of the Course: Understand what this course offers and how it can transform your geotechnical engineering skills.
• Chapter 2: Introduction to Plaxis 2D
  • General Settings: Learn the foundational settings that will guide your Plaxis 2D projects.
  • Tool Bar & Drawing Tools: Get familiar with the toolbar and essential drawing tools for precise model creation.
  • Material Definition: Understand how to define materials accurately within the software.
  • Cross Section in Soil: Master the technique of drawing cross sections in soil for comprehensive analysis.
  • Solving Cross Sections: Discover how to effectively solve cross sections to gain valuable insights into soil behavior.

Chapter 3: CSI vs. Plaxis 2D

• Understanding the Differences: Learn the key differences between CSI and Plaxis 2D software.
• Foundation Design in Both Platforms: Compare how foundations are designed and calculated on each platform.

Chapter 4: Introduction to Shoring Systems

• Shoring Technologies: Explore various shoring systems like soldier pile, sheet pile, secant and contiguous pile, diaphragm wall, struts, and tieback systems.
• Design Considerations: Delve into the design aspects of these shoring systems with a focus on safety and efficiency.
• Surcharge Calculation & Warning Notes: Learn how to accurately calculate surcharge acting on shoring systems and key considerations to be aware of.

Chapter 5: Diaphragm Wall with Anchors and Struts

• Design Principles: Understand the design principles outlined in the manual for diaphragm walls with anchors and struts.
• Example Solving: Follow a detailed example from manual to Plaxis 2D, learning how to define materials, draw, model, and solve real-world scenarios.

Chapter 6: Slope Stability

• Design & Analysis: Learn the design principles for slope stability as outlined in the manual and how to analyze slopes using Plaxis 2D.

Chapter 7: Soil Reinforcement

• Design and Modeling: Discover the design process for soil reinforcement and learn how to model these scenarios effectively.

Chapter 8: Shallow Foundations

• W, Isolated Footings, Strip Footing & Raft: Understand the modeling of various shallow foundations and their analysis with Plaxis 2D.

Chapter 9: Deep Foundations

• Pile Modeling: Learn how to model piles and analyze negative skin friction in Plaxis 2D.

Chapter 10: Introduction to Plaxis 3D Course V20

• Workflow for Plaxis 3D: Get to grips with the workflow specific to Plaxis 3D.
• Plaxis 3D V20 Software: Explore the features and capabilities of the latest version of Plaxis 3D.
• Modeling with Plaxis 3D V20: Master modeling techniques using Plaxis 3D V20 for more complex scenarios.

Chapter 11: Shoring Systems for Deep Excavation

• Real-world Examples in Plaxis 3D: Analyze examples of shoring systems for deep excavation to understand the practical application of the software.

Chapter 12: Deep Foundations in Plaxis 3D

• Pile and Raft Analysis: Learn how to analyze piles and raft foundations using Plaxis 3D, providing a comprehensive understanding of deep foundation analysis.

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By the end of this course, you'll have a solid grasp of both Plaxis 2D and 3D software, enabling you to tackle complex geotechnical engineering challenges with confidence. Enroll now to embark on your journey to becoming a Powerful Geotechnical Engineer! 🚀🏗️

Enroll today and transform your career with the power of Plaxis! 🎉