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Goodman, Gerber and Soderberg Criterion and Design for Fluctuating Load
Lesson 10 of 11 • 17 upvotes • 13:52mins
Kapil Kumar
In this lesson Kapil deals with factors that contribute to fluctuating loading and the tricks to solve questions based on it. The lesson also includes explanation and difference between Goodman and Soderberg criterion.
Mechanical Engineering: Theory of Failure for Competitive Examination
11 lessons • 2h 12m
1
Course Overview
2:21mins
2
Rankine Theory: Concept, Limitations and Graphical Representation
14:11mins
3
Guest Tresca: Concept, Limitations and Previous Year Questions
11:58mins
4
Saint-Venant: Concept, Features, Tensile and Yield Stress Relation
11:43mins
5
Haigh: Concept, Strain Energy, Tensile and Yield Stress Relation
9:03mins
6
Von Mises Henky Theory: Concept, Tensile and Yield Stress Relation, Comparison with Others
13:11mins
7
Cyclic Loading, Fatigue Failure and Endurance Limit
13:07mins
8
Low and High Cycle Fatigue, De-rating Factors and Stress Concentration
13:43mins
9
Design under Fatigue: Completely Reversed Loading
13:57mins
10
Goodman, Gerber and Soderberg Criterion and Design for Fluctuating Load
13:52mins
11
Approach for Fluctuating Load Questions and Previous Year Questions
14:56mins
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