Plaxis and Blender for Wind Farm Design

Using Plaxis for Wind Farm Design - analyze critical Condition

What you'll learn
- Inset Testing DAta in Plaxis
- Import Cad Model or Collada Model
- Define boundary condition of calculation
- Modelling effect of Monopile Load

Requirements
- Geotecnical
- Soil Tension

Description
This intensive course offers an integrated approach to thegeotechnical and structural design of offshore wind turbine foundations, focusing onmonopilesandfloating foundations.

Taught through practical, hands-on tutorials, you'll master the essential workflows using two industry-leading software packages: Plaxis 3D for advanced geotechnical analysis and Blender for high-quality 3D modeling and visualization.

You'll begin with the theoretical principles of soil-structure interaction and foundation stability. The course will then transition to applying these concepts in Plaxis 3D, where you'll learn to model complex soil profiles, define loading conditions, and perform Finite Element Method (FEM) analysis for monopile stability under various environmental loads (wind, wave).

Next, the focus shifts to Blender, where you'll develop the skills to create detailed 3D models of both the fixed monopile and advanced floating foundation systems (e.g., semi-submersible, spar). You'll learn to texture, render, and animate these designs, creating compelling visualizations essential for technical presentations and stakeholder communication.

The final module integrates both skills, teaching you to import and superimpose geotechnical results with sophisticated 3D models, ensuring your designs are both structurally sound and visually professional. This course is ideal for engineers, geotechnical specialists, and designers looking to build expertise in the rapidly growing field of offshore wind energy.

This course contains the use of artificial intelligence

Who this course is for:
- Marine Geologist
More Info