Manual of Applied Machinery Design
The designing of machinery often seems like some sort of mysterious hocus-pocus to the beginner. This is in part due to not knowing exactly how to go about the job of designing a machine, as well as to not being sure of just what things must be considered in the process of doing the design job. Furthermore, the beginner is generally handicapped by the lack of knowledge about how machines are constructed. This PDF covers the following topics related to Machine Design : Support and Retainment of Rotating Machine Parts, Clutches, Brakes, Speed and Direction Changing Devices, Motion Changing Devices, Design of Castings and Weldments, Housing Design.
Author(s): Herbert H. Alvord, Mechanical Engineering, University of Michigan
78 Pages 
Fundamentals of Machine Design
This note explains the design process, Fatigue analysis, Power screws, Bolted connections, Welded connections, Shaft hub connections, Press fit connections, Shafting, Couplings, Clutches, Brakes, Roller contact bearings, Friction and lubrication and the full film lubrications.
Author(s): Andrzej Golenko
175 Pages
This note explain the following topics: Journal Bearings, Design of IC Engine Parts, Power Transmissions systems and Pulleys, Spur and helical Gear Drives and Power Screws.
Author(s): Malla Reddy College of Engineering Technology
167 Pages
Lecture Notes on Design of Machine Element
This note covers the following topics: Design of Fastening Elements, Design of Shaft and Keys, Design of Coupling, Design of Closed Coil helical Spring.
Author(s): Sri Kalia Sethi, Department of Mechanical Engineering Berhampur
70 Pages
Introduction to Machine Design (PDF 261P)
This PDF covers the following topics related to Machine Design : Introduction to Machine Design, Static Failure Analysis, Fatigue Failure Analysis, Best practices for shaft design, Materials and Material Processing, Surface Failure, Bearings, Rolling-element bearings, Journal Bearings, Gears, Mechanical Springs, Threaded Fasteners and Bolted Joint Design, Geometric Dimensioning and Tolerancing.
Author(s): Purdue University
261 Pages
This note explains the following topics: Introduction to CAD, Geometric Modeling System, Euler operator, Computer Graphics, Matrix Transforamtion, D graphics and Open GL, OpenGL Programming, OpenGL Programming with MFC, Non-manifold Modeling System, Parasolid Data Structure, Parasolid Euler Operators, SolidWorks API , Introduction of Parasolid, Parasolid, D Scanning, Curves, B-spline Curve, Surfaces.
Author(s): Seoul National University
NA Pages
This note explains the following topics: Principles of Kinematics, Introduction to Mechanical Engineering, Engineering Design Principles , Actuators Motors and Pneumatic Systems, Programming, Manufacturing Processes, Assembly.
Author(s): Seoul National University
NA Pages
