| 年度 |
2024年度 |
開講部局 |
先進理工系科学研究科博士課程前期先進理工系科学専攻機械工学プログラム |
| 講義コード |
WSH21501 |
科目区分 |
専門的教育科目 |
| 授業科目名 |
Optimization of Structural and Process Design |
授業科目名
（フリガナ） |
オプティミゼイション ストラクチュアル アンド プロセス デザイン |
| 英文授業科目名 |
Optimization of Structural and Process Design |
| 担当教員名 |
日野 隆太郎 |
担当教員名
(フリガナ) |
ヒノ リュウタロウ |
| 開講キャンパス |
東広島 |
開設期 |
1年次生 後期 ３ターム |
| 曜日・時限・講義室 |
(3T) 水1-4 |
| 授業の方法 |
講義 |
授業の方法
【詳細情報】 |
|
| Lecture and discussion |
| 単位 |
2.0 |
週時間 |
|
使用言語 |
E
:
英語 |
| 学習の段階 |
5
:
大学院基礎的レベル
|
| 学問分野（分野） |
25
:
理工学 |
| 学問分野（分科） |
09
:
機械工学 |
| 対象学生 |
Ms students and AIMS-HU exchange students |
| 授業のキーワード |
Numerical optimization, Optimization techniques and their applications, Structural design, Metal forming process design |
| 教職専門科目 |
|
教科専門科目 |
|
プログラムの中での
この授業科目の位置づけ
（学部生対象科目のみ） | |
|---|
到達度評価
の評価項目
（学部生対象科目のみ） | |
|---|
| 授業の目標・概要等 |
This series of lecture consists of three parts. The first one is on the fundamental theory of optimization for mechanical engineering. The second one is the optimization techniques and their engineering applications. The third one is on the optimization problems in elasto-plasticity field such as design optimization for metal forming process, structural design optimization, material parameter identification and so on.
In this lecture, special emphasize is placed on the optimization in engineering elasto-plasticity. Some parts of this lecture will be taught by a foreign visiting professor as an intensive course. |
| 授業計画 |
1. Introduction: optimization problems in mechanical engineering
2. Several examples of design optimization problems
3. Classification of structural optimization problems
4. Formulation of a design improvement problem as an optimization problem
5. Numerical optimization techniques (1)
6. Numerical optimization techniques (2)
7. General constrained optimization techniques
8. Multiobjective problems
9. Genetic Algorithm and its application
10. Approximation techniques and Design of Experiments
11. Stochastic simulation and design optimization
12. Topology optimization and its use in structural design
13. Process optimization in metal forming (1)
14. Process optimization in metal forming (2)
15. Material parameter identification
Reports |
| 教科書・参考書等 |
Text-notes will be provided at the class. |
授業で使用する
メディア・機器等 |
|
| 【詳細情報】 |
PC-projector |
授業で取り入れる
学習手法 |
|
予習・復習への
アドバイス |
Perusal of lecture materials and deep consideration about homework. In the class, we sometimes have discussions on the homework subjects. |
履修上の注意
受講条件等 |
This course is provided in English. Students should have fundamental knowledge of solid mechanics in Mechanical/Civil Engineering. |
| 成績評価の基準等 |
(1) The proportion of grading in each task
Homework and final report: 70%
Attendance and class participation: 30%
(2) Grading distribution
Scores Grade
100-90% S（秀） Excellent
89-80% A（優） Very Good
79-70% B（良） Good
69-60% C（可） Fair
Below 59% D（不可） Fail
Note: Students will not be graded unless they submit all homeworks and reports. |
| 実務経験 |
|
実務経験の概要と
それに基づく授業内容 |
|
| メッセージ |
This lecture taught in English is offered for not only regular master course students but also AIMS-HU exchange students (see “Eligible Students” above). For better understanding, during the class, some short comments in Japanese as well will be provided to Japanese students. |
| その他 |
|
すべての授業科目において，授業改善アンケートを実施していますので，回答に協力してください。
回答に対しては教員からコメントを入力しており，今後の改善につなげていきます。 |