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Lecture 17 PRACTICE NUMERICAL 3 OF ENDURANCE LIMIT APPROXIMATION
Lesson 17 of 21 • 3 upvotes • 10:08mins
Sudhanshu Dubey
Numerical based on endurance limit approximation
(Hindi) Design Against Fluctuating Loads
21 lessons • 3h 42m
1
Lecture 1 Course Overview(In Hindi)
5:02mins
2
Lecture 2 Introduction to Stress Concentration(In Hindi)
11:31mins
3
Lecture 3 Stress Concentration Factors for Various Geometry(In Hindi)
11:30mins
4
Lecture 3 Stress Concentration Factors for Various Geometry(In Hindi)
11:30mins
4
Lecture 4 Numerical Based on Stress Concentration Factor(In Hindi)
9:13mins
5
Lecture 5 Numerical Based on Stress Concentration Factor(In Hindi)
9:05mins
6
Lecture 6 Fatigue failure
11:26mins
7
Lecture 7 Fatigue concentration factor and notch sensitivity
13:10mins
8
Lecture 8 ENDURANCE LIMIT AND BEAM FATIGUE TESTING
9:40mins
9
Lecture 9 Soderberg, GOODMAN
10:13mins
10
Lecture 10 NUMERICAL BASED ON SODERBERG EQUATION
10:35mins
11
Lecture 11 Low cycle and High cycle Fatigue
11:56mins
12
Lecture 12 Concept and procedure to make S-N curve
11:11mins
13
Lecture 13 Gate PYQs based on S-N curve
10:44mins
14
Lecture 14 INTRODUCTION TO ENDURANCE LIMIT APPROXIMATION
13:21mins
15
Lecture 15 NUMERICAL BASED ON ENDURANCE LIMIT APPROXIMATION
10:41mins
16
Lecture 16 NUMERICAL 2 OF ENDURANCE LIMIT APPROXIMATION
9:48mins
17
Lecture 17 PRACTICE NUMERICAL 3 OF ENDURANCE LIMIT APPROXIMATION
10:08mins
18
Lecture 18 Practice Numerical On S-N Curve
8:20mins
19
Lecture 19 Practice Numerical 2 on S-N curve
9:24mins
20
Lecture 20 Practice Numerical 2 On S-N curve
13:27mins
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