Plaxis and Blender for Wind Farm Design

本强化课程采用综合方法讲解海上风力发电机基础的岩土工程和结构设计，重点关注单桩基础和浮式基础。课程通过实践操作教程进行授课，您将掌握使用两款行业领先软件的关键工作流程：Plaxis 3D 用于高级岩土分析，Blender 用于高质量 3D 建模和可视化。课程首先讲解土-结构相互作用和基础稳定性的理论原理。随后，课程将过渡到在 Plaxis 3D 中应用这些概念，您将学习如何对复杂的土层剖面进行建模、定义荷载条件，并运用有限元方法 (FEM) 分析单桩基础在各种环境荷载（风、浪）下的稳定性。接下来，课程重点将转移到 Blender，您将学习如何创建固定式单桩基础和高级浮式基础系统（例如，半潜式、立柱式）的详细 3D 模型。您将学习如何为这些设计添加纹理、渲染和动画，从而创建引人入胜的可视化效果，这对于技术演示和利益相关者沟通至关重要。最后一个模块将整合这两项技能，教您如何导入岩土工程结果并将其与复杂的 3D 模型叠加，确保您的设计在结构上合理且视觉效果专业。本课程非常适合希望在快速发展的海上风能领域积累专业知识的工程师、岩土专家和设计师。本课程包含人工智能的应用。

Published 10/2025
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 2h 58m | Size: 1.92 GB

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 the geotechnical and structural design of offshore wind turbine foundations, focusing on monopiles and floating 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