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Pressure vessel #4 : Thick pressure vessel
Lesson 18 of 19 • 22 upvotes • 12:33mins
Ashish Ranjan
Here we discuss longitudinal stress, radial stress and hoop stress distribution in case of thick pressure vessels.
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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