029 - METAL CUTTING THEORY AND TOOL DESIGN

1- Materials used in cutting tool production

2- Metal machining Fundamentals

3- Lathe tool geometry

4- Elements of the cutting process in turning operations

5- Physical principles of metal cutting

6- Resistance to cutting in turning operations

7- Heat generation in metal cutting and tool wear

8- Cutting speeds permitted by the cutting properties of tool

9- Tool geometry

10- Assigning the cutting variables in turning operations

11- General problems of cutting tool design

12- Design of single point lathe tools

13- Design of general purpose lathe tools

14- Form tools

15- Planing and shaping

16- Planing anf shaping metals

17- Hole making operations

18- Drill metals

19- Drilling metals

20- The design of drills

21- Core drilling and reaming metals

22- Design of core drills, counterbores, counter sinks, spotfacers and reamers

23- Milling

24- The cutting processin milling

25- The design of milling cutters

26- Gear cutting

27- The gear cutting process

28 – Design of gear cutting tools operating by the form cutting principle

29-  Design of gear cutting tools operating by the generating principle

30- Thread cutting

31- Thread cutting processes and thread cutting tool design

32- Broaching

33- The cutting process in broaching

34- The design of broaching

35- Special cutting tools

36- Combination tools

37 - Cutting tools for automated  production

38- Methods of increasing between grinds and total tool life

39- Grinding

40- The grinding processand abrasive tools

Size               -  47.748  Mb

Pages             - 560

Language       - English

File Type       - JPG