What you will learn
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None
The course will give a brief overview of different types of offshore structures that are deployed in sea for exploiting oil, gas and minerals. Detailed analysis methods, as applicable to both 2d and 3d will be discussed. While fundamentals of advanced structural analysis are discussed, detailed mathematical modeling of problem formulation and solution using MATLAB coding will be discussed. Codes for numeric examples will be also provided in the lecture notes. Hands-on experience of using Matlab will also be discussed. Focus is on explanation of fundamental concepts of advanced structural analysis, with special emphasis to its application to offshore structures.
Introduction to structural analysis : Part 1
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22:02
Introduction to structural analysis : Part 2
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17:04
System of linear equations : Part 1
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18:14
System of linear equations : Part 2
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17:36
Matrices : Part 1
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18:21
Matrices : Part 2
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14:17
Beam Element 1 : Part 1
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20:23
Beam Element 1 : Part 2
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20:30
Beam Element 2 : Part 1
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21:22
Beam Element 2 : Part 2
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22:24
Stiffness matrix of beam element : Part 1
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24:54
Stiffness matrix of beam element : Part 2
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19:22
Stiffness method of analysis of planar orthogonal structures : Part 1
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20:05
Stiffness method of analysis of planar orthogonal structures : Part 2
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17:08
Example on continuous beam : Part 1
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24:40
Example on continuous beam : Part 2
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25:59
Example - II : Part 1
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20:48
Example - II : Part 2
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17:40
Example - II continued
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26:26
Example - III : Part 1
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24:12
Example - III : Part 2
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21:35
Planar non-orthogonal frame : Part 1
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21:35
Planar non-orthogonal frame : Part 2
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18:13
Non-orthogonal structures - II
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22:23
Planar non-orthogonal frame
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18:33
Non-orthogonal structures - III : Part 1
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22:42
Non-orthogonal structures - III : Part 2
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26:33
Example problem: planar non-orthogonal structure : Part 1
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20:25
Example problem: planar non-orthogonal structure : Part 2
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25:44
Planar non-orthogonal frame using computer code : Part 1
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10:26
Planar non-orthogonal frame using computer code : Part 2
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15:25
Planar non-orthogonal frame - Example 3 : Part 1
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16:56
Planar non-orthogonal frame - Example 3 : Part 2
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11:57
Planar truss system
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34:31
Planar truss system examples : Part 1
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15:57
Planar truss system examples : Part 2
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16:53
3D structures - analysis by stiffness method : Part 1
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22:07
3D structures - analysis by stiffness method : Part 2
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29:03
3D structures - transformation matrix : Part 1
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24:12
3D structures - transformation matrix : Part 2
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16:44
Y-Z-X transformation for 3d analysis :
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36:44
Z-Y-X transformation for 3d analysis : Part 1
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22:59
Z-Y-X transformation for 3d analysis : Part 2
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14:47
Analysis of space frames - Example 1 : Part 1
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23:12
Analysis of space frames - Example 1 : Part 2
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16:52
Analysis of space frames - Example 1 : Part 3
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17:32
Analysis of space frame structures
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22:27
3d analysis of space frames - Example 1 : Part 2
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21:35
3d analysis - Example 2 : Part 1
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23:07
3d analysis - Example 2 : Part 2
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16:10
3d truss analysis
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23:33
Special elements
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23:27
Non-prismatic members : Part 1
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12:27
Non-prismatic members : Part 2
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21:28
Offshore structures - 1 : Part 1
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18:36
Offshore structures - 1 : Part 2
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19:03
Offshore structures - 2 : Part 1
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10:51
Offshore structures - 2 : Part 2
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12:00
Offshore structures - 3 : Part 1
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17:02
Offshore structures - 3 : Part 2
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14:38
Offshore compliant structures - 1 : Part 1
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17:59
Offshore compliant structures - 1 : Part 2
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15:36
Offshore compliant structures - 2 : Part 1
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17:00
Offshore compliant structures - 2 : Part 2
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16:08
New generation platforms : Part 1
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15:36
New generation platforms : Part 2
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15:00
Environmental loads - 1 : Part 1
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16:16
Environmental loads - 1 : Part 2
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16:32
Wave spectra : Part 1
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14:54
Wave spectra : Part 2
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12:43
Wind loads : Part 1
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13:28
Wind loads : Part 2
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15:30
Wind loads - 2 : Part 1
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17:53
Wind loads - 2 : Part 2
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21:24
Ice load and Earthquake load : Part 1
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12:47
Ice load and Earthquake load : Part 2
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22:30
Dynamic analysis - 1 : Part 1
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24:04
Dynamic analysis - 1 : Part 2
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28:18
Dynamic analysis - 2 : Part 1
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18:51
Dynamic analysis - 2 : Part 2
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22:11
Dynamic analysis - 3 : Part 1
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17:33
Dynamic analysis - 3 : Part 2
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17:29
Computer methods of dynamic analysis : Part 1
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16:01
Computer methods of dynamic analysis : Part 2
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15:24
Damping estimate : Part 1
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22:02
Damping estimate : Part 2
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23:59
Damping estimate - 2 : Part 1
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17:25
Damping estimate - 2 : Part 2
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15:15
Newmark's method : Part 1
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17:13
Newmark's method : Part 2
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22:57
Articulated towers : Part 1
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18:52
Articulated towers : Part 2
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17:19
Tension leg platforms : Part 1
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16:32
Tension leg platforms : Part 2
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18:26
Tension leg platforms - 2 : Part 1
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21:26
Tension leg platforms - 2 : Part 2
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18:15
New generation offshore structures : Part 1
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21:01
New generation offshore structures : Part 2
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24:45
Triceratops-2 : Part 1
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20:56
Triceratops-2 : Part 2
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22:07
Random process - 1 : Part 1
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20:35
Random process - 1 : Part 2
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24:23
Random process - 2 : Part 1
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24:06
Random process - 2 : Part 2
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16:44
Response spectrum : Part 1
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16:50
Response spectrum : Part 2
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16:25
Return period and Stochastic process : Part 1
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15:30
Return period and Stochastic process : Part 2
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14:40
Stochastic modelling : Part 1
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14:40
Stochastic modelling : Part 2
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17:12
Fatigue damage - 1 : Part 1
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10:52
Fatigue damage - 1 : Part 2
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11:16
Fatigue damage - 2 : Part 1
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31:37
Fatigue damage - 2 : Part 2
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10:36
Fatigue estimate of offshore platform : Part 1
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13:42
Fatigue estimate of offshore platform : Part 2
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15:37
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Meet Your Instructor
About Instructor
VTU is one of the largest Technological Universities in India with 24 years of Tradition of excellence in Engineering & Technical Education, Research and Innovations. It came into existence in the year 1998 to cater the needs of Indian industries for trained technical manpower with practical experience and sound theoretical knowledge.
Free
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Course Duration37 h 8 m 13 s
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Course LevelIntermediate
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Student Enrolled2
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LanguageEnglish
This Course Includes
- 37 h 8 m 13 s Video Lectures
- 0 Quizzes
- 0 Assignments
- 0 Downloadable Resources
- Full Lifetime Access
- Certificate of Completion