TY  - GEN
AU  - Radzevich, Stephen P. (Editor)
TI  - Dudley's handbook of practical gear design and manufacture
SN  - 9780367649029
U1  - 621.833 RAD/D 
PY  - 2022///
CY  - Boca Raton
PB  - CRC Press
KW  - Engineering design
KW  - Machine design
KW  - Machine engineering
KW  - Gears design
KW  - Manufacturing engineering
KW  - Manufacturing technology
N1  - Table of Contents:

1. Foundations of Advanced Gear Systems
2. Gear-Design Trends
3. Gear Types and Nomenclature
4. Gear Tooth Design
5. Preliminary Design Considerations
6. Design Formulas
7. Gear Reactions and Mountings
8. Compensation of Shaft Deflections through Gear Micro-Geometry Modifications
9. Special Design Problems in Gear Drives
10. Gear Materials
11. Load Carrying Capacities, Strength Numbers, and Main Influence Parameters for Different Gear Materials and Heat Treatment Processes
12. Gear Load Capacity Calculation: Based on ISO 6336
13. Potential and Challenges of High-Performance Plastic Gears
14. The Kinds and Causes of Gear Failures
15. Load Rating of Gears
16. Gear-Manufacturing Methods
17. Design of Tools to Make Gear Teeth
18. Dynamic Model of Technological System for Gear Finishing
19. Powder Metal Gears
20. 3D Printed Gears
21. Gear Noise and Vibration (NVH)
22. Planetary Gear Trains
N2  - The Fourth Edition of Dudley’s Handbook of Practical Gear Design and Manufacture is the definitive reference guide to gear design, production, and applications. Using a pragmatic approach, the book provides gear manufacturing methods for high-, medium-, and low-volume production.

Updated throughout to reflect cutting-edge research, this edition includes new contributions from experts in the field. Providing a clear overview of the foundations of advanced gear systems, the book contains new material on the potential of technologies such as high-performance plastic gears alongside issues that can be encountered. The book also includes innovative chapters discussing topics such as involute gear drives and gear strength calculation, with new regulations such as ISO 6336 in mind. Using modern technologies such as powder metallurgy and additive manufacturing, all the necessary information to reduce gear cost is provided. Additionally, gear micro-geometry modifications and planetary gear designs are discussed.


UR  - https://doi.org/10.1201/9781003126881
ER  -