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Last updated at Apr 22, 2024.

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Wind Power Engineering E

This lecture derives the basic theory and the exercises of nature of wind, aerodynamics and design wind load of horizontal axis wind turbine, which is needed for civil engineer involved in wind power project.
本講義では風力発電プロジェクトにおいて社会基盤技術者に必要となる、風力資源や風車の空気力学、支持構造物に対する設計荷重に対する基本的な理論を学ぶとともに、演習を行う。
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Code
Course title
Lecturer
Semester
Period
3713-099
GEN-CE6501L3
Wind Power Engineering E
S1
Tue 5th, Fri 5th
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Language
English
Credit
2
Lecturers with practical experience
NO
Other Faculty
YES
Course Offered by
Engineering
Schedule
1. Introduction 序論 2. Nature of wind 風の性質  a Wind resource 風力資源 b Turbulence 乱流 c Extreme wind 極値風速 3. Aerodynamics of horizontal axis wind turbine 水平軸風車の空気力学  a The actuator disk concept アクチュエータ・ディスク理論 b Blade element / momentum (BEM) theory 翼素運動量理論 c Performance of wind turbine 風車の性能 4. Design loads for horizontal axis wind turbines 水平軸風車の設計荷重  a National and international standards 国内・国際設計基準 b Ultimate load on support structures 支持構造物の終局荷重 c Fatigue load on support structure 支持構造物の疲労荷重 d Site assessment サイト適合性評価 5. Offshore wind turbine and wind farm 洋上風力発電  a Offshore wind resource 洋上風力資源 b Design load of offshore wind turbine 洋上風力発電設備の設計荷重
Teaching Methods
Start date: Apr 5th (Tue) Exam: May 31st (Tue)
Method of Evaluation
30% Assignment(宿題) 70% Exam(試験)
Notes on Taking the Course
指示しない