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Mohr's Circle - 3: Strain Rosette and Drawing Mohr's Circle in Presence of Shear Stress
Lesson 5 of 19 • 34 upvotes • 14:59mins
Ashish Ranjan
In this lecture we discussed how to draw mohr's circle in presence of shear stress. We also discussed formulas for finding principal stress if principal strain is known and finding principal strain is principal stresses are known. Also we discussed strain rosette which was included in GATE Syllabus in 2016.
Strength of Materials: Part-3
19 lessons • 3h 57m
1
Introduction to Course
9:10mins
2
Principle Stresses : Basics and Important Formulas for GATE, ESE & PSUs
14:58mins
3
Mohr's Circle - 1 : Basics
12:15mins
4
Mohr's Circle - 2: Absolute Maximum Shear Stress
12:38mins
5
Mohr's Circle - 3: Strain Rosette and Drawing Mohr's Circle in Presence of Shear Stress
14:59mins
6
Theories of Failure #1: What Is the Need of It?
14:29mins
7
Theories of Failure #2 : Maximum Principal Stress Theory
13:20mins
8
Theories of Failure #3 : Maximum Shear Stress Theory
10:42mins
9
Theories of failure #4 : Maximum distortion energy theory
12:32mins
10
Theories of failures #5 : Maximum Principal strain theory & Mohr's theory
9:36mins
11
Theories of failure #6:comparison of different theories of failures
11:17mins
12
Columns #1 : Basics
14:59mins
13
Columns #2 : Slenderness Ratio, Rankine's crippling load
11:24mins
14
Columns #3 : Rankine buckling load
10:40mins
15
Pressure vessels #1:Basics, thin pressure vessel
12:49mins
16
Pressure vessel #2: Volumetric strain, thick pressure vessel
13:01mins
17
Pressure vessels #3: Auto-frettage & wire winding
11:51mins
18
Pressure vessel #4 : Thick pressure vessel
12:33mins
19
Miscellaneous topics of and Motivation & tips for your competitive exams
14:19mins
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