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Bending Stress in composite beam and Flitched beam
Lesson 8 of 23 • 2 upvotes • 13:24mins
Shubhanshu Kumar
In this lesson we will learn to calculate moment of resistance in composite beam and flitched beam.
(Hindi) Bending Stresses, Shear Stresses, Principal Stress - Strain, Theories of Failure : ESE
23 lessons • 3h 51m
1
Course Overview (in Hindi)
3:16mins
2
Centroid (in Hindi)
8:38mins
3
Moment of Inertia (in Hindi)
7:51mins
4
Product of Inertia (in Hindi)
7:39mins
5
Parallel Axis Theorem and Perpendicular Axis Theorem (in Hindi)
5:43mins
6
Bending Stresses in Beams (in Hindi)
10:32mins
7
Equation of Pure Bending, Nature of Bending, Section Modulus, Moment of Resistance (in Hindi)
12:53mins
8
Bending Stress in composite beam and Flitched beam
13:24mins
9
Biaxial Bending
10:26mins
10
Shear Stress in Beams, Shear Stress in Rectangular section
12:19mins
11
Shear Stress distribution in I section and Shear Stresses in Composite Sections
10:43mins
12
Principle Planes and Principle Stresses (Part - 1)
8:30mins
13
Principle Planes and Principle Stresses (Part -2)
8:21mins
14
Mohr's Circle (Part -1)
12:56mins
15
Mohr's Circle (Part - 2)
9:43mins
16
Mohr's Circle Case - 1
12:51mins
17
Mohr's Circle Case - 2
13:09mins
18
Analysis of Strain
10:33mins
19
Mohr's Circle for Strain Analysis
5:00mins
20
Strain Rosette
11:31mins
21
Torsion of Shafts
11:33mins
22
Calculation of Shear Stress in a Shaft and Polar section modulus.
11:24mins
23
Power Transmitted by Shaft
12:04mins
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