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麻省理工开放课程-航天系统工程学

<p>中文名:&nbsp;麻省理工开放课程：航天系统工程学<br />
英文名:&nbsp;Open&nbsp;MIT&nbsp;Course:&nbsp;Aircraft&nbsp;Systems&nbsp;Engineering<br />
资源格式:&nbsp;MP4<br />
课程类型:&nbsp;物理<br />
学校:&nbsp;麻省理工学院<br />
MIT<br />
Massachusetts&nbsp;Institute&nbsp;of&nbsp;Technology主讲人:&nbsp;Jeffrey&nbsp;Hoffman版本:&nbsp;共22集/更新完毕<br />
发行日期:&nbsp;2005年<br />
地区:&nbsp;美国<br />
对白语言:&nbsp;英语<br />
简介:&nbsp;<br />
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字幕：&nbsp;无<br />
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课程介绍：<br />
此课程对飞行器有一个全面系统的介绍，包括基础系统工程、安全性和可靠性、寿命周期、飞行器子系统、风险分析管理和系统识别。学生分小组回溯性地分析飞行器机身材料：关键的驾驶舱设计；飞机属性和子系统；以及操作经验。&nbsp;2005年秋季课程主要关注对&ldquo;航天飞机&rdquo;的系统工程分析。专家会在一些列讲座里介绍航天飞机的设计和操作。学生深入分析航天飞机系统并根据目前的技术水平设计出新的子系统。（译：Tony@Maidenhead）<br />
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课程亮点：<br />
该课程由前宇航员、麻省理工学院教授Jeffrey&nbsp;Hoffman和航天飞机计划经理Aaron&nbsp;Cohen教授管理。特约演讲者通过视频讲解大部分内容，讨论系统设计、事故调查等论题，以及美国国家航空航天局空间任务的未来。<br />
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主讲导师：<br />
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Jeffrey&nbsp;Alan&nbsp;Hoffman：<br />
生于1944年11月2日，前美国航空及太空总署宇航员，麻省理工学院航空学及太空航空学教授。<br />
共完成五次太空穿梭，包括1993年的首次哈勃空间望远镜修复任务。<br />
在五次太空穿梭任务中，他在太空里飞行了1211小时，21,500,000英里。<br />
维基百科资料：http://en.wikipedia.org/wiki/Jeffrey_A._Hoffman<br />
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B.A.,&nbsp;1966,&nbsp;Amherst&nbsp;College<br />
Ph.D.,&nbsp;1971,&nbsp;Harvard&nbsp;University&nbsp;<br />
M.S.,&nbsp;1988,&nbsp;Rice&nbsp;University<br />
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Specialization&nbsp;and&nbsp;Research&nbsp;Interests<br />
Human&nbsp;Space&nbsp;Flight&nbsp;Operations,&nbsp;Space&nbsp;Flight&nbsp;Technology,&nbsp;Human-Machine&nbsp;Interactions,&nbsp;Extravehicular&nbsp;Activity,&nbsp;Conducting&nbsp;Laboratory&nbsp;Research&nbsp;in&nbsp;Space<br />
Teaching&nbsp;Interests<br />
Space&nbsp;Systems&nbsp;Design,&nbsp;Space&nbsp;Policy<br />
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Positions&nbsp;Held&nbsp;at&nbsp;MIT：<br />
Research&nbsp;Staff,&nbsp;Center&nbsp;for&nbsp;Space&nbsp;Research,&nbsp;1975-1978;&nbsp;Senior&nbsp;Lecturer,&nbsp;2001-2002;&nbsp;Professor&nbsp;of&nbsp;the&nbsp;Practice,&nbsp;2002-present;&nbsp;Director,&nbsp;Massachusetts&nbsp;Space&nbsp;Grant&nbsp;Consortium,&nbsp;2005-present.<br />
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Positions&nbsp;Held&nbsp;Outside&nbsp;MIT：<br />
NASA&nbsp;Astronaut,&nbsp;1978-1997,&nbsp;Five&nbsp;Flights;&nbsp;NASA&nbsp;European&nbsp;Representative,&nbsp;1997-2001<br />
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Honors&nbsp;and&nbsp;Awards：<br />
NASA&nbsp;Distinguished&nbsp;Service&nbsp;Medals&nbsp;(1994,&nbsp;1997);&nbsp;Exceptional&nbsp;Service&nbsp;Medals:&nbsp;(1988,&nbsp;1991,1993,&nbsp;2002);&nbsp;Space&nbsp;Flight&nbsp;Medals&nbsp;(1985,&nbsp;1991,&nbsp;1992,&nbsp;1994,&nbsp;1996);&nbsp;National&nbsp;Aeronautic&nbsp;Association&nbsp;Collier&nbsp;Trophy&nbsp;(1993);&nbsp;Aviation&nbsp;Week&nbsp;and&nbsp;Space&nbsp;Technology&nbsp;Laurels&nbsp;for&nbsp;Achievements&nbsp;in&nbsp;Space&nbsp;(1993);&nbsp;American&nbsp;Astronautical&nbsp;Society&nbsp;Victor&nbsp;A.&nbsp;Prather&nbsp;Award&nbsp;(1994);&nbsp;Freedom&nbsp;Forum&nbsp;Free&nbsp;Spirit&nbsp;Award&nbsp;(1994);&nbsp;AIAA&nbsp;Space&nbsp;Operations&nbsp;and&nbsp;Support&nbsp;Systems&nbsp;Award&nbsp;(1995);&nbsp;International&nbsp;Aeronautical&nbsp;Federation&nbsp;V.M.&nbsp;Komarov&nbsp;Diploma&nbsp;(1991);&nbsp;International&nbsp;Aeronautical&nbsp;Federation&nbsp;Sergei&nbsp;P.&nbsp;Koprolyov&nbsp;Diploma&nbsp;(1994)<br />
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Society&nbsp;Memberships：<br />
International&nbsp;Academy&nbsp;of&nbsp;Astronautics,&nbsp;Spanish&nbsp;Academy&nbsp;of&nbsp;Engineering,&nbsp;American&nbsp;Institute&nbsp;of&nbsp;Aeronautics&nbsp;and&nbsp;Astronautics,&nbsp;American&nbsp;Astronomical&nbsp;Society,&nbsp;International&nbsp;Astronomical&nbsp;Union,&nbsp;Phi&nbsp;Beta&nbsp;Kappa,&nbsp;Sigma&nbsp;Xi<br />
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Comments：<br />
Professor&nbsp;Hoffman&nbsp;is&nbsp;interested&nbsp;in&nbsp;the&nbsp;future&nbsp;of&nbsp;human&nbsp;spaceflight&nbsp;and&nbsp;in&nbsp;the&nbsp;use&nbsp;of&nbsp;the&nbsp;International&nbsp;Space&nbsp;Station&nbsp;as&nbsp;a&nbsp;testbed&nbsp;for&nbsp;future&nbsp;aerospace&nbsp;technology.&nbsp;Away&nbsp;from&nbsp;MIT,&nbsp;he&nbsp;enjoys&nbsp;skiing,&nbsp;sailing,&nbsp;hiking,&nbsp;bicycling,&nbsp;skating,&nbsp;and&nbsp;music.<br />
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（Hoffman&nbsp;repairing&nbsp;the&nbsp;Hubble&nbsp;during&nbsp;STS-61）<br />
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中文目录：（感谢&nbsp;red76&nbsp;和&nbsp;tonberryqueen&nbsp;提供的目录翻译）<br />
Lecture01.&nbsp;航天飞机的起源<br />
Lecture02.&nbsp;航天飞机的历史<br />
Lecture03.&nbsp;轨道飞行器（轨道卫星）子系统设计<br />
Lecture04.&nbsp;建造航天飞机的决定<br />
Lecture05.&nbsp;轨道飞行器结构&nbsp;+&nbsp;热防护系统<br />
Lecture06.&nbsp;推进&nbsp;-&nbsp;航天飞机的主引擎<br />
Lecture07.&nbsp;空气动力学&nbsp;-&nbsp;从亚音速到高超音速及返回<br />
Lecture08.&nbsp;着陆系统与机械系统<br />
Lecture09.&nbsp;轨道机动系统，雷达散射截面，燃料电池，辅助动力单位及液压系统<br />
Lecture10.&nbsp;美国国防部与航天飞机<br />
Lecture11.&nbsp;相关飞行阶段子系统的使用<br />
Lecture12.&nbsp;气动热力学<br />
Lecture13.&nbsp;环境控制系统<br />
Lecture14.&nbsp;地面操作&nbsp;-&nbsp;发射航天飞机<br />
Lecture15.&nbsp;航天飞机事故<br />
Lecture16.&nbsp;制导，导航与控制<br />
Lecture17.&nbsp;任务控制&nbsp;1<br />
Lecture18.&nbsp;任务控制&nbsp;2<br />
Lecture19.&nbsp;航天飞机相关设计过程<br />
Lecture20.&nbsp;舱外活动与机器人学<br />
Lecture21.&nbsp;飞船有效载荷的系统工程<br />
Lecture22.&nbsp;航天飞机的测试飞行&nbsp;<br />
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目录:&nbsp;<br />
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Lecture01.&nbsp;The&nbsp;Origins&nbsp;of&nbsp;the&nbsp;Space&nbsp;Shuttle<br />
Lecture02.&nbsp;Space&nbsp;Shuttle&nbsp;History<br />
Lecture03.&nbsp;Orbiter&nbsp;Sub-System&nbsp;Design<br />
Lecture04.&nbsp;The&nbsp;Decision&nbsp;to&nbsp;Build&nbsp;the&nbsp;Shuttle<br />
Lecture05.&nbsp;Orbiter&nbsp;Structure&nbsp;+&nbsp;Thermal&nbsp;Protection&nbsp;System<br />
Lecture06.&nbsp;Propulsion&nbsp;-&nbsp;Space&nbsp;Shuttle&nbsp;Main&nbsp;Engines<br />
Lecture07.&nbsp;Aerodynamics&nbsp;-&nbsp;(From&nbsp;Sub&nbsp;-&nbsp;to&nbsp;Hypersonic&nbsp;and&nbsp;Back)<br />
Lecture08.&nbsp;Landing&nbsp;and&nbsp;Mechanical&nbsp;Systems<br />
Lecture09.&nbsp;OMS,&nbsp;RCS,&nbsp;Fuel&nbsp;Cells,&nbsp;Auxiliary&nbsp;Power&nbsp;Unit&nbsp;and&nbsp;Hydraulic&nbsp;Systems<br />
Lecture10.&nbsp;The&nbsp;DoD&nbsp;and&nbsp;the&nbsp;Space&nbsp;Shuttle<br />
Lecture11.&nbsp;Use&nbsp;of&nbsp;Subsystems&nbsp;as&nbsp;a&nbsp;Function&nbsp;of&nbsp;Flight&nbsp;Phase<br />
Lecture12.&nbsp;Aerothermodynamics<br />
Lecture13.&nbsp;Environmental&nbsp;Control&nbsp;Systems<br />
Lecture14.&nbsp;Ground&nbsp;Operations&nbsp;-&nbsp;Launching&nbsp;the&nbsp;Shuttle<br />
Lecture15.&nbsp;Space&nbsp;Shuttle&nbsp;Accidents<br />
Lecture16.&nbsp;Guidance,&nbsp;Navigation&nbsp;and&nbsp;Control<br />
Lecture17.&nbsp;Mission&nbsp;Control&nbsp;1<br />
Lecture18.&nbsp;Mission&nbsp;Control&nbsp;2<br />
Lecture19.&nbsp;Design&nbsp;Process&nbsp;as&nbsp;it&nbsp;Relates&nbsp;to&nbsp;the&nbsp;Shuttle<br />
Lecture20.&nbsp;EVA&nbsp;and&nbsp;Robotics&nbsp;on&nbsp;the&nbsp;Shuttle<br />
Lecture21.&nbsp;Systems&nbsp;Engineering&nbsp;for&nbsp;Space&nbsp;Shuttle&nbsp;Payloads<br />
Lecture22.&nbsp;Test&nbsp;Flying&nbsp;the&nbsp;Space&nbsp;Shuttle&nbsp;</p><p style="border-top: 1px dotted #d9d9d9;margin: 25px 0"></p>

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