Machine Design

The late Andrew D. Dimarogonas, widely recognized as a distinguished authority in various specialties of mechanical engineering-especially mechanical design and vibrations- was the W. Palm Professor of Mechanical Design and the Director of the Manufaturing Program in the School of Engineering and Applied Science at Washington University, St. Louis. In a career that included expereince in both academic and corporate environments, he was the recipient of numerous patents and the author of more than thirteen books.

• Preface xiiiThe Machine: A Historical Introduction 11 Machine Design Methodology 342 Kinematic Analysis of Machines 1133 Analysis of Machine Loads 1894 Machine Design and Manufacture 2305 Sizing Machine Components for Strength 2966 Computer Methods for Machine Modeling 3897 Machine Design Synthesis 4678 Design for Shear Strength: Fastening and Joining 5099 Design for Rigidity 59910 Design of Friction Elements 65611 Lubrication and Bearing Design 71912 Design of Contact Elements 78713 Design of Fixed Speed Drives 83614 Design for Torsion: Shafts, Couplings and Keys 912Appendix A Stress Concentration Factors 945Appendix B Stress Intensity Factors for Cracked Structures 948Appendix C Standardized Machine Elements 950Appendix D Hot Rolled Sections 956Appendix E Properties of Some Engineering Materials 963Appendix F Properties of Sections 984Index 987

"Then come detailed design methodologies for machine elements such as fasteners and welded joints; springs and machine mountings; clutches, brakes, and belts; and antifriction bearings. Real-world examples and case studies are included."--ME Bookshelf; Mechanical Engineering Magazine (Vol.123/ No. 6; June 2001)