Ron Suiter, BSEE Lehigh, MBA USC Ron began his career as an aircraft system designer in Douglas Aircraft Company's Hydro-Mechanical system design group. He became Unit Chief of the braking system design

• Lifecycle cost • Operating cost • Development cost • Manufacturing cost • Revenue • Valuation techniques

PAUL ALFRED LAGACE Margaret macvicar Faculty Fellow Professor of Aeronautics and Astronautics and Engineering Systems Co-Director, Leaders For Manufacturing and System Design and Management Programs

一、航空航天技术 1 材料 2 力学 3 制造

Longitudinal equations (1-15) can be rewritten as: mu Xuu+ Xww-mg cos 0+ m(w-qUo) =Zuu+ Zww+ Zq-mg sin 000+Z Iyyg =Muu+ Mww+ Mw++ There is no roll/yaw motion, so q 0

ecturt (SpaceCraf AHiud Dynamnics Gal:《GecuwAskwJwy《九 physicald woumics a Hi tude wotiar of spncecraft Ttroduce/ affitude confrol Spaceca+: Pos:tion Linear Vilocity Orb: Motiou Fray! Fuafas motion goverx

ATTITUDE MOTION -TORQVE FeEE MANE 0ISCUSSED THE ROTATIONAL MOTION FRDn 1 ERSPECTvE。FE”6o0 FRAME 一NE0T0F1A0 A WAy TO CONNECT THE MOTION To THE INEATIAL FRAME So WE CAN DESCRI BE THE ACTUAL MOTION TYPICALLY DoNE 6y DESC RI BING MOTION oF NEHICLE ABoVT THE

◼ 生产函数 ◼ 等成本线 ◼ 最优要素组合 ◼ 扩展线 ◼ 规模报酬

一、需求曲线和供给曲线 二、需求弹性和供给弹性 三、蛛网模型(动态模型的一个例子)

高速切削(HSM或HSC)是二十世纪九十年代迅速走向实际应用的先进加工技术,通常 指高主轴转速和高进给速度下的立铣,国际上在航空航天制造业、模具加工业、汽车零件加 工、以及精密零件加工等得到广泛的应用。高速铣削可用于铝合金、铜等易切削金属和淬火 钢、钛合金、高温合金等难加工材料,以及碳纤维塑料等非金属材料