上游克互大睾 Online References Shanghai Jiao Tong University 1.Machinery Handbook http://www.knovel.com.proxy.lib.umich.edu/knovel 2/Toc.jsp?BookID=309 2.ASM Materials Handbook http://products.asminternational.org/hbk/index.jsp 3.www.machinedesign.com 4.Fundamentals of Design,A.H.Slocum,2007 http://pergatory.mit.edu/2.007/fundamentals/ 5.http://mec.situ.edu.cn/course/ixyl/main.htm 6.http://mec.situ.edu.cn/course/jxsj/index.htm
Online References 1. Machinery Handbook http://www.knovel.com.proxy.lib.umich.edu/knovel 2/Toc.jsp?BookID=309 2. ASM Materials Handbook http://products.asminternational.org/hbk/index.jsp 3. www.machinedesign.com 4. Fundamentals of Design, A.H. Slocum, 2007 http://pergatory.mit.edu/2.007/fundamentals/ 5. http://mec.sjtu.edu.cn/course/jxyl/main.htm 6. http://mec.sjtu.edu.cn/course/jxsj/index.htm
上充通大学 Prerequisites Shanghai Jiao Tong University ME 250 Design and Manufacturing I is a pre- requisite for this course. You are expected to have (i)a basic working knowledge of elementary mechanics such as statics,dynamics and strength of materials (ii)basic machine shop skills (i.e.,lathe,mill,drill,etc.) (iii)working knowledge of a commercial CAD program IDEAS,Unigraphics,ProEngineer or AutoCAD (preferably unigraphics)
Prerequisites ME 250 Design and Manufacturing I is a prerequisite for this course. You are expected to have (i) a basic working knowledge of elementary mechanics such as statics, dynamics and strength of materials (ii) basic machine shop skills (i.e., lathe, mill, drill, etc.) (iii) working knowledge of a commercial CAD program – IDEAS, Unigraphics, ProEngineer or AutoCAD (preferably unigraphics)
上充通大学 Course Objectives Shanghai Jiao Tong University To provide each student an understanding of (a)basic principles of mechanical design, (b)methods of synthesis and analysis of machine components and systems, (c)relate engineering knowledge to real-world engineering problems
Course Objectives To provide each student an understanding of (a) basic principles of mechanical design, (b) methods of synthesis and analysis of machine components and systems, (c) relate engineering knowledge to real-world engineering problems
上泽克通大学 Course Outcomes Shanghai Jiao Tong University 1.Define the engineering requirements for a mechanical system or component. 2.Design a mechanism or machine to satisfy given motion (or other performance)requirements.Identify design tradeoffs in concept and detail design from the perspectives of functionality,manufacturability,design effort,and available resources. 3.Identify standard mechanical components and systems and explain how they work. 4.Basic kinematic and kinetostatic analysis of mechanical systems. 5.Derive predictive models to analyze,evaluate and optimize mechanical systems.In particular,evaluate kinematic,static and dynamic performance of a mechanical system using modeling,simulation and virtual prototyping methods
Course Outcomes 1. Define the engineering requirements for a mechanical system or component. 2. Design a mechanism or machine to satisfy given motion (or other performance) requirements. Identify design tradeoffs in concept and detail design from the perspectives of functionality, manufacturability, design effort, and available resources. 3. Identify standard mechanical components and systems and explain how they work. 4. Basic kinematic and kinetostatic analysis of mechanical systems. 5. Derive predictive models to analyze, evaluate and optimize mechanical systems. In particular, evaluate kinematic, static and dynamic performance of a mechanical system using modeling, simulation and virtual prototyping methods
上充通大学 Course Outcomes Shanghai Jiao Tong University 6.Anticipate the modes of failure and expected service lifetime of mechanical systems and the components within the system using engineering principles. 7.Be able to create solid models and engineering drawings, suitable for communication to a professional machine shop. Prepare engineering instructions(toleranced drawings and text)to manufacture mechanical systems and components. 8.Build,assemble and test mechanical and electromechanical systems using standard machine shop tools and mechatronics facility. 9.Evaluate simple machine systems and components for performance and failure. 10.Critique and redesign mechanical systems and components for enhanced performance and reliability
Course Outcomes 6. Anticipate the modes of failure and expected service lifetime of mechanical systems and the components within the system using engineering principles. 7. Be able to create solid models and engineering drawings, suitable for communication to a professional machine shop. Prepare engineering instructions (toleranced drawings and text) to manufacture mechanical systems and components. 8. Build, assemble and test mechanical and electromechanical systems using standard machine shop tools and mechatronics facility. 9. Evaluate simple machine systems and components for performance and failure. 10.Critique and redesign mechanical systems and components for enhanced performance and reliability