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Amara Ramanjaneyulu @UCvywyDgRQenrTtKZhk1YG4w@youtube.com

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More from this channel (soon)


03:55
GALLU GALLU SONG BY JASMIKA
06:00
Jasmika participation in Telugu book of records
06:01
Jasmika folk dance performance 2nd day
06:01
Jasmika folk dance
11:36
Types of Automation
12:38
Part feeding systems in automation
13:04
Basic elements of an automated system
10:05
Advanced functions in automation
10:50
Indroduction to Automation
10:38
Automated assembly systems
05:46
How to draw isometric view of a square plane
10:00
Isometric view of a pentagonal prism using Auto cad
15:53
Projection of pentagon plane using Autocad
07:48
Projection of straight line inclined to both the planes
13:26
4.5 Stresses in Thick Cylindrical shells
14:15
4.4 Stresses in spherical shells
15:47
4.3 Strains developed in thin cylindrical shells
11:38
4.2 Problems on stresses in thin cylindrical shells
17:33
4.1 Stresses developed in thin cylindrical shells
22:33
3.7 Springs
26:33
3.6- Torsion in compound shafts
21:14
3.5 Problems on Torsion
06:26
3.4-Problems on Torsion
20:06
3.2 Sime Torsion Theory
14:53
3.1 Introduction to torsion
10:04
3.3 Derivation of torsional equation
27:32
Slope and deflection for S.S.B carrying PL, UDL and UVL by using Double integration method
25:00
Slope and deflection for cantilever beam subjected to UVL by using Double integration method
11:39
Projection of planes (Inclined to both HP and VP)
11:10
Projection of planes (perpendicular to both HP and VP)
23:39
Double integration method for finding slope and deflection for cantilever beam subjected to PL, UDL
15:11
Projection of planes (Inclined to VP and perpendicular to HP)
15:10
Projection of planes (Inclined to HP and perpendicular to VP)
25:00
Introduction to Deflection of beams
15:01
Projection of planes parallel to VP and perpendicular to HP
10:59
Projection of planes parallel to HP and perpendicular to VP
11:17
Introduction to projection of planes
13:22
Projection of Straight line inclined to both HP and VP (problem 9)
10:36
Problems on shear stress distribution in rectangular cross section
10:01
Expression for shear stress distribution in beams
05:30
Bending stresses in Unsymmetrical T section
06:08
Bending stresses in unsymmetrical I section
22:15
Problems on bending stress for symmetrical sections
15:19
Projection of Straight line inclined to both the planes (Three view projection)
10:01
Projection of Straight lines inclined to both planes when TV and FV are in straight line
10:34
Expression for bending stress
07:32
Section modulus
10:02
Introduction to Bending stresses
20:49
Projection of Straight line inclined to both the planes (Problem-6)
06:09
Projection of Straight line inclined to VP (Problem 5)
06:08
projection of Straight line inclined to HP (Problem-4)
05:56
Projection of straight lines- Parallel to HP and Perpendicular to VP (Problem-3)
05:56
Projection of straight lines- Parallel to VP and perpendicular to HP (Problem-2)
05:05
Projection of straight lines- Parallel to both the planes (Problem-1)
11:01
Introduction to Projection of straight lines
08:05
Relationship between load, shear Force and Bending moment
19:32
SF and BM diagrams for simply supported beam subjected to UDL and couple (Problem 16)
30:02
SF and BM diagrams for hinged beam subjected to inclined loads (Problem 15)
18:52
Projection of points (Problem 11to 13)
21:01
SF and BM diagrams for over hanging beam subjected to PL and UDL (Problem 14)