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Analysis of cutting: this thickness ratio derivation (in hindi)
Lesson 9 of 19 • 1 upvotes • 9:26mins
Rohit Gupta
In analysis of cutting we derived formula for this thickness ratio. Also we study chip reduction factor. drive and learn two formula that was very important.
(Hindi) Metal Cutting and Machining Tools Complete Course: GATE Mechanical and Production Industrial
19 lessons • 3h 14m
1
Introduction and Input Parameter (in Hindi)
12:56mins
2
Mechanics of Metal Cutting and Forces to Tool (in Hindi)
10:59mins
3
Difference between Orthogonal Cutting and Oblique Cutting (in Hindi)
9:12mins
4
ASA Tool Signature and Different Angles (in Hindi)
10:44mins
5
Back Rake Angle- Positive -Zero and Negative (in Hindi)
9:26mins
6
Important relation with their derivation (in hindi)
14:00mins
7
Metal cutting important numericals (in hindi)
10:10mins
8
Types of chips- continuous, discontinuous and build up edge (in hindi)
11:04mins
9
Analysis of cutting: this thickness ratio derivation (in hindi)
9:26mins
10
Cutting shear strain, velocity ratio and length ratio derivation (in hindi)
12:31mins
11
Numericals on cutting process (in hindi)
9:59mins
12
Force analysis: marchant's circle (in hindi)
12:10mins
13
Power analysis in cutting and different theories (in hindi)
8:35mins
14
MRR and specific cutting energy with numericals (In Hindi)
11:37mins
15
Numericals on cutting with marchent's circle (in hindi)
10:14mins
16
Heat generation in cutting and numericals
8:52mins
17
Numericals on cutting
7:49mins
18
Tool wear and tool failure (in hindi)
7:58mins
19
Crater wear and flank wear (in hindi)
6:21mins
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