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Method of Joints - Trusses
Lesson 6 of 91 • 37 upvotes • 14:52mins
Ashish Ranjan
Method of joints for analysis of trusses
Structural Analysis: GATE
91 lessons • 17h 56m
1
Introduction to Structural Engineering
8:54mins
2
Types of Structures and Loads
12:07mins
3
Determinacy and Indeterminacy
14:46mins
4
Tutorial on Determinacy and Indeterminacy
14:55mins
5
Trusses
9:39mins
6
Method of Joints - Trusses
14:52mins
7
Method of sections - Trusses
14:40mins
8
Compound truss
14:20mins
9
Complex truss- method of substitute members
14:53mins
10
Bending moment and shear force diagrams - Part 1
14:51mins
11
Bending moment and shear force diagrams - Part 2
11:47mins
12
Tutorial on bending moment and shear force diagrams - Part 1
13:38mins
13
Tutorial on bending moment and shear force diagrams - Part 2
14:58mins
14
Tutorial on bending moment and shear force diagrams - Part 3
14:30mins
15
Cables - Part 1
11:12mins
16
Cables - Part 2
13:16mins
17
Cables - Part 3
8:57mins
18
Arches
14:55mins
19
Tutorial on cables and arches
14:53mins
20
Portal method - Approximate analysis of statically indeterminate structures
14:30mins
21
Cantilever method - Approximate analysis of statically indeterminate structures
14:57mins
22
Deflection - Introduction
11:24mins
23
Deflection - The elastic beam theory
8:18mins
24
Deflection - Double integration method
10:59mins
25
Deflection - Moment area theorem
10:35mins
26
Deflection - Moment area method - Part 1
9:32mins
27
Deflection - Moment area method - Part 2
14:53mins
28
Deflection - Conjugate beam method - Part 1
10:43mins
29
Deflection - Conjugate beam method - Part 2
14:58mins
30
Deflection using energy methods - Part 1
14:20mins
31
Deflection using energy methods - Part 2
10:47mins
32
Deflection using energy methods - Part 3
14:56mins
33
Deflection using energy methods - Part 4
10:10mins
34
Deflection using energy methods - Part 5
14:47mins
35
Tutorial on deflection using energy methods
14:59mins
36
Analysis of statically indeterminate structures by force method - Part 1
14:57mins
37
Analysis of statically indeterminate structures by force method - Part 2
9:56mins
38
Analysis of statically indeterminate structures by force method - Part 3
9:03mins
39
Analysis of statically indeterminate structures by force method - Part 4
14:21mins
40
Analysis of statically indeterminate structures by force method - Part 5
13:49mins
41
Analysis of statically indeterminate structures by force method - Part 6
11:51mins
42
Slope deflection method - Part 1
8:13mins
43
Slope deflection method - Part 2
14:46mins
44
Slope deflection method - Part 3
6:35mins
45
Slope deflection method - Part 4
15:00mins
46
Slope deflection method - Part 5
14:07mins
47
Slope deflection method - Part 6
10:11mins
48
Slope deflection method - Part 7
11:48mins
49
Slope deflection method - Part 8
10:13mins
50
Moment distribution method - Part 1
6:13mins
51
Moment distribution method - Part 2
7:05mins
52
Moment distribution method - Part 3
10:16mins
53
Moment distribution method - Part 4
9:03mins
54
Moment distribution method - Part 5
8:11mins
55
Moment distribution method - Part 6
11:34mins
56
Moment distribution method - Part 7
9:03mins
57
Introduction to stiffness approach (Matrix method) - Part 1
9:03mins
58
Introduction to stiffness approach (Matrix method) - Part 2
13:51mins
59
Introduction to stiffness approach (Matrix method) - Part 3
7:34mins
60
Introduction to stiffness approach method (Matrix method) - Part 4
10:58mins
61
Introduction to stiffness approach method (Matrix method) - Part 5
11:59mins
62
Problem on stiffness method of analysis for truss
14:43mins
63
Application of the stiffness method for truss analysis
13:25mins
64
Numerical on stiffness method of analysis for truss - Part 1
11:47mins
65
Numerical on stiffness method of analysis for truss - Part 2
9:32mins
66
Trusses having thermal changes and fabrication errors - Part 1
10:11mins
67
Trusses having thermal changes and fabrication errors - Part 2
11:56mins
68
Beam analysis using the stiffness method - Part 1
12:34mins
69
Beam analysis using the stiffness method - Part 2
10:53mins
70
Beam analysis using the stiffness method - Part 3
10:14mins
71
Numericals on beam analysis using the stiffness method - Part 1
15:00mins
72
Numericals on beam analysis using the stiffness method - Part 2
13:04mins
73
Numericals on beam analysis using the stiffness method - Part 3
14:57mins
74
Plane frame analysis using the direct stiffness method - Part 1
8:55mins
75
Plane frame analysis using direct stiffness method - Part 2
8:39mins
76
Plane frame analysis using direct stiffness method - Part 3
14:37mins
77
Numericals on plane frame analysis using direct stiffness method - Part 1
13:46mins
78
Numericals on plane frame analysis using direct stiffness method - Part 2
14:01mins
79
Numericals on plane frame analysis using direct stiffness method - Part 3
8:35mins
80
Tutorial on beam analysis using the direct stiffness method - Part 1
13:30mins
81
Tutorial on beam analysis using the direct stiffness method - Part 2
15:00mins
82
Tutorial on beam analysis using the direct stiffness method - Part 3
15:00mins
83
Tutorial on beam analysis using the direct stiffness method - Part 4
12:08mins
84
Tutorial on plane frame analysis using the direct stiffness method - Part 1
12:02mins
85
Tutorial on plane frame analysis using the direct stiffness method - Part 2
14:38mins
86
Tutorial on truss analysis using the direct stiffness method - Part 1
10:12mins
87
Tutorial on truss analysis using the direct stiffness method - Part 2
6:23mins
88
Tutorial on truss analysis using the direct stiffness method - Part 3
5:31mins
89
Tutorial on truss analysis using the direct stiffness method - Part 4
6:33mins
90
Tutorial on truss analysis using the direct stiffness method - Part 5
8:16mins
91
Tutorial on truss analysis using the direct stiffness method - Part 6
7:14mins
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