"Performance Evaluation of Bearings" ed. by Rakesh Sehgal
"Performance Evaluation of Bearings" ed. by Rakesh Sehgal
InTeOp | 2012 | ISBN: 9535107866 9789535107866 | 248 pages | PDF | 15 MB
This book is a compilation of different aspects contributing towards the performance evaluation of plain bearings (both journal and thrust), rolling element bearings and magnetic bearings.
Bearings (both plain and rolling element) are used as important supporting elements for locating rotating components and confining their motion in desired direction. In order to ensure their operational reliability and desired life, these need to be properly designed/selected for an application more so because of ever increasing operational speeds. This requires the careful performance evaluation of different types of bearings considering aspects such as thermal stability, lubrication, contaminants in lubricants and controlling mechanism etc.
Contents
Preface
Section 1 Plain Bearings
1 Thermal Studies of Non-Circular Journal Bearing Profiles: Offset-Halves and Elliptical
Section 2 Rolling Element Bearings
2 Performance Evaluation of Rolling Element Bearings Based on Tribological Behaviour
3 Radial Ball Bearings with Angular Contact in Machine Tools
4 Rolling Contact Fatigue in Ultra High Vacuum
5 Bearing Fault Diagnosis Using Information Fusion and Intelligent Algorithms
Section 3 Magnetic Bearings
6 Feasibility Study of a Passive Magnetic Bearing Using the Rina Shaped Permanent Magnets
7 Theoretical and Experimental Investigations of Dynamics of the Flexible Rotor with an Additional Active Magnetic Bearing
8 Control of Magnetic Bearing System
with TOC BookMarkLinks
[HIDE]FPost • | • DepositF • | • RGator
SiBi • | • TuBi[/HIDE]
"Performance Evaluation of Bearings" ed. by Rakesh Sehgal
InTeOp | 2012 | ISBN: 9535107866 9789535107866 | 248 pages | PDF | 15 MB
This book is a compilation of different aspects contributing towards the performance evaluation of plain bearings (both journal and thrust), rolling element bearings and magnetic bearings.
Bearings (both plain and rolling element) are used as important supporting elements for locating rotating components and confining their motion in desired direction. In order to ensure their operational reliability and desired life, these need to be properly designed/selected for an application more so because of ever increasing operational speeds. This requires the careful performance evaluation of different types of bearings considering aspects such as thermal stability, lubrication, contaminants in lubricants and controlling mechanism etc.
Contents
Preface
Section 1 Plain Bearings
1 Thermal Studies of Non-Circular Journal Bearing Profiles: Offset-Halves and Elliptical
Section 2 Rolling Element Bearings
2 Performance Evaluation of Rolling Element Bearings Based on Tribological Behaviour
3 Radial Ball Bearings with Angular Contact in Machine Tools
4 Rolling Contact Fatigue in Ultra High Vacuum
5 Bearing Fault Diagnosis Using Information Fusion and Intelligent Algorithms
Section 3 Magnetic Bearings
6 Feasibility Study of a Passive Magnetic Bearing Using the Rina Shaped Permanent Magnets
7 Theoretical and Experimental Investigations of Dynamics of the Flexible Rotor with an Additional Active Magnetic Bearing
8 Control of Magnetic Bearing System
with TOC BookMarkLinks
[HIDE]FPost • | • DepositF • | • RGator
SiBi • | • TuBi[/HIDE]