Cam Design Handbook
The transformation of a simple motion, such as rotation, into linear or other motion is accomplished by means of a cam--two moving elements mounted on a fixed frame. Cam devices are versatile--almost any specified motion can be obtained.
If you work with industrial applications where precision is essential, the Cam Design Handbook is a key resource you’ll need handy at all times. You’ll find thorough, detailed coverage of cams in industrial machinery, automotive optimization, and gadgets and inventions.
A cam is a specially shaped part of a machine that is always in contact with a member called the follower. In this guide to cam manufacture and design, Rothbart (dean emeritus, College of Science and Engineering,Fairleigh Dickinson University) examines the advantages of cams over other motion devices, describes computer-aided design and manufacturing techniques, and provides information on numerical controls for manufacturing, cam curves, cam profile geometry, cam hardware, and cam system dynamics. Information is applicable in industrial and commercial machinery, automotive performance and optimization, and microelectromechanical systems
Written with tremendous practical insight by engineering experts, the Cam Design Handbook gathers the information you need to understand cam manufacture and design. Comprehensive in scope and authoritative in nature, the book delivers a firm grasp of:
The advantages of cams compared to other motion devices
Computer-aided design and manufacturing techniques
Numerical controls for manufacturing
Cam size and profile determination
Dynamics of high-speed systems
Get comprehensive coverage of:
Basic curves
Profile geometry
Stresses and accuracy
Camwear life predictions
Cam system dynamics
Contents
Basic Curves
Cam Size Determination
Cam Profile Determination
Advanced Curves Polydyne Curves
New Polynomial Curves
The Dynamics of High Speed Cam Systems
Force Analysis
Surface Materials
Stresses and Accuracy
Dynamical Analysis of Torsional Systems
Cam Wear Life Predictions
Numerical Methods for Cam Design
New Manufacturing Methods
New Cam Mechanisms (robotic and prosthetic applications)
Cam Application
links
http://rapidshare.com/files/63142475/cam.design.handbook-0071377573.rar
or
http://ifile.it/zqbiap7/cam.design.handbook-0071377573.rar
The transformation of a simple motion, such as rotation, into linear or other motion is accomplished by means of a cam--two moving elements mounted on a fixed frame. Cam devices are versatile--almost any specified motion can be obtained.
If you work with industrial applications where precision is essential, the Cam Design Handbook is a key resource you’ll need handy at all times. You’ll find thorough, detailed coverage of cams in industrial machinery, automotive optimization, and gadgets and inventions.
A cam is a specially shaped part of a machine that is always in contact with a member called the follower. In this guide to cam manufacture and design, Rothbart (dean emeritus, College of Science and Engineering,Fairleigh Dickinson University) examines the advantages of cams over other motion devices, describes computer-aided design and manufacturing techniques, and provides information on numerical controls for manufacturing, cam curves, cam profile geometry, cam hardware, and cam system dynamics. Information is applicable in industrial and commercial machinery, automotive performance and optimization, and microelectromechanical systems
Written with tremendous practical insight by engineering experts, the Cam Design Handbook gathers the information you need to understand cam manufacture and design. Comprehensive in scope and authoritative in nature, the book delivers a firm grasp of:
The advantages of cams compared to other motion devices
Computer-aided design and manufacturing techniques
Numerical controls for manufacturing
Cam size and profile determination
Dynamics of high-speed systems
Get comprehensive coverage of:
Basic curves
Profile geometry
Stresses and accuracy
Camwear life predictions
Cam system dynamics
Contents
Basic Curves
Cam Size Determination
Cam Profile Determination
Advanced Curves Polydyne Curves
New Polynomial Curves
The Dynamics of High Speed Cam Systems
Force Analysis
Surface Materials
Stresses and Accuracy
Dynamical Analysis of Torsional Systems
Cam Wear Life Predictions
Numerical Methods for Cam Design
New Manufacturing Methods
New Cam Mechanisms (robotic and prosthetic applications)
Cam Application
links
http://rapidshare.com/files/63142475/cam.design.handbook-0071377573.rar
or
http://ifile.it/zqbiap7/cam.design.handbook-0071377573.rar