授業科目名				担当教員
輸送システム工学特論				岡澤　重信／青柳　潤一郎
時間割番号	単位数	コース	履修年次	期別	曜日	時限
PTV706	2	(未登録)	1	前期	月	II
［概要と目標］
Comprehensive transportation systems engineering about automobile and spacecraft will understand through this lecture.
[到達目標]
To be well explainable the following subjects:<BR>*Computational method to evaluate performance of automobile<BR>*Strength, vibration and impact analysts for automoble<BR>*Optimize design of automoble <BR>* Design concept of a spacecraft and its mission<BR>* Spacecraft subsystems and its required specification<BR>* Principle of space propulsion and orbit transfer
［必要知識・準備］
Deeply knowledge of mechanical engineering such as mechanics, thermodynamics, fluid dynamics and material dynamics, as well as mathematics and English
［評価基準］
No 評価項目 割合 評価の観点 1 試験：期末期  50  % Report and presentation about space engineering  2 試験：中間期  50  % Report and presentation about automobile engineering
［教科書］
Peter Fortescue, Graham Swinerd and John Stark, Spacecraft Systems Engineering, Wiley, ISBN:9780470750124 Charles D. Brown, Elements of Spacecraft Design, AIAA, ISBN:1563475243
［参考書］
Ronald W. Humble, Gary N. Henry, Wiley John Larson, Space Propulsion Analysis and Design
［講義項目］
01.(Aoyagi) Spacecraft environment and its effect on design<BR>02.(Aoyagi) Dynamics of spacecraft<BR>03.(Aoyagi) Celestial mechanics<BR>04.(Aoyagi) Mission analysis<BR>05.(Aoyagi) Propulsion systems<BR>06.(Aoyagi) Spacecraft structures<BR>07.(Aoyagi) Thermal control of spacecraft<BR>*08.(Okazawa) Development and manufacturing of automobile<BR>*09.(Okazawa) History and environment of automobile<BR>*10.(Okazawa) Model-based design of automobile<BR>*11.(Okazawa) Technology in performance evaluation of automobile 1<BR>*12.(Okazawa) Technology in performance evaluation of automobile 2<BR>*13.(Okazawa) Structural analysis of automobile<BR>*14.(Okazawa) Impact safety of automobile <BR>15.(Aoyagi and Okazawa) Conclusion