Learn · Computer Methods of Structural Analysis of Offshore Structures
Lecture 13 of 116Week 2: Stiffness method: Planar orthogonal structures
Lecture 7 (part-1): Stiffness methods of analysis of planar orthogonal structures
Prof. Srinivasan Chandrasekaran · IIT Madras
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All the lectures
- Lecture 1 (part-1): Introduction to structural analysis
- Lecture 1 (part-2): Introduction to structural analysis
- Lecture 2 (part-1): System of linear equations
- Lecture 2 (part-2): System of linear equations
- Lecture 3 (part-1): Matrices
- Lecture 3 (part-2): Matrices
- Lecture 4 (part-1): Beam element - 1
- Lecture 4 (part-2): Beam element - 1
- Lecture 5 (part-1): Beam element - 2
- Lecture 5 (part-2): Beam element - 2
- Lecture 6 (part-1): Stiffness matrix of beam with varying EI
- Lecture 6 (part-2): Stiffness matrix of beam with varying EI
- Lecture 7 (part-1): Stiffness methods of analysis of planar orthogonal structures
- Lecture 7 (part-2): Stiffness methods of analysis of planar orthogonal structures
- Lecture 8 (part-1): Example problem 1 on continuous beam
- Lecture 8 (part-2): Example problem 1 on continuous beam
- Lecture 9 (part-1): Example problem 2
- Lecture 9 (part-2): Example problem 2
- Lecture 10: Example problem 2 continued
- Lecture 11 (part-1): Example problem 3
- Lecture 11 (part-2): Example problem 3
- Lecture 12 (part-1): Planar non-orthogonal structures -1
- Lecture 12 (part-2): Planar non-orthogonal structures - 1
- Lecture 13 (part-1): Non-orthogonal structures - 2
- Lecture 13 (part-2): Non-orthogonal structures - 2
- Lecture 14 (part-1): Non-orthogonal structures - 3
- Lecture 14 (part-2): Non-orthogonal structures - 3
- Lecture 15 (part-1): Example problem - Planar non-orthogonal structure
- Lecture 15 (part-2): Example problem - Planar non-orthogonal structure
- Lecture 16 (part-1): Planar non-orthogonal frame using computer code
- Lecture 16 (part-2): Planar non-orthogonal frame using computer code
- Lecture 17 (part-1): Planar non-orthogonal frame - Example 3
- Lecture 17 (part-2): Planar non-orthogonal frame - Example 3
- Lecture 18: Planar truss system
- Lecture 19 (part-1): Planar truss system examples
- Lecture 19 (part-2): Planar truss system examples
- Lecture 20 (part-1): 3D structures - analysis by stiffness method
- Lecture 20 (part-2): 3D structures - analysis by stiffness method
- Lecture 21 (part-1): 3D structures - transformation matrix
- Lecture 21 (part-2): 3D structures - transformation matrix
- Lecture 22: Y-Z-X transformation for 3d analysis
- Lecture 23 (part-1): Z-Y-X transformation for 3d analysis
- Lecture 23 (part-2): Z-Y-X transformation for 3d analysis
- Lecture 24 (part-1): Analysis of space frames - Example 1
- Lecture 24 (part-2): Analysis of space frames - Example 1
- Lecture 24 (part-3): Analysis of space frame: Example 1
- Lecture 25: Analysis of space frame structures
- Lecture 26 (part-2): 3d analysis of space frames - Example 1
- Lecture 27 (part-1): 3d analysis - Example 2
- Lecture 27 (part-2): 3d analysis - Example 2
- Lecture 28: 3d truss analysis
- Lecture 29: Special elements
- Lecture 30 (part-1): Non-prismatic members
- Lecture 30 (part-2): Non-prismatic members
- Lecture 1 (part-1): Offshore structures - 1
- Lecture 1 (part-2): Offshore structures - 1
- Lecture 2 (part-1): Offshore structures - 2
- Lecture 2 (part-2): Offshore structures - 2
- Lecture 3 (part-1): Offshore structures - 3
- Lecture 3 (part-2): Offshore structures - 3
- Lecture 4 (part-1): Offshore compliant structures - 1
- Lecture 4 (part-2): Offshore compliant structures - 1
- Lecture 5 (part-1): Offshore compliant structures - 2
- Lecture 5 (part-2): Offshore compliant structures - 2
- Lecture 6 (part-1): New generation platforms
- Lecture 6 (part-2): New generation platforms
- Lecture 7 (part-1): Environmental loads - 1
- Lecture 7 (part-2): Environmental loads - 1
- Lecture 8 (part-1): Wave spectra
- Lecture 8 (part-2): Wave spectra
- Lecture 9 (part-1): Wind loads
- Lecture 9 (part-2): Wind loads
- Lecture 10 (part-2): Wind loads - 2
- Lecture 10 (part-1): Wind loads - 2
- Lecture 11 (part-1): Ice load and Earthquake load
- Lecture 11 (part-2): Ice load and Earthquake load
- Lecture 12 (part -1): Dynamic analysis - 1
- Lecture 12 (part -2): Dynamic analysis - 1
- Lecture 13 (part -1): Dynamic analysis - 2
- Lecture 13 (part -2): Dynamic analysis - 2
- Lecture 14 (part -1): Dynamic analysis - 3
- Lecture 14 (part -2): Dynamic analysis - 3
- Lecture 15 (part-1): Computer methods of dynamic analysis
- Lecture 15 (part-2): Computer methods of dynamic analysis
- Lecture 16 (part-1): Damping estimate
- Lecture 16 (part-2): Damping estimate
- Lecture 17 (part-1): Damping estimate - 2
- Lecture 17 (part-2): Damping estimate - 2
- Lecture 18 (part-1): Newmark's method
- Lecture 18 (part-2): Newmark's method
- Lecture 19 (part-1): Articulated towers
- Lecture 19 (part-2): Articulated towers
- Lecture 20 (part-1): Tension leg platforms
- Lecture 20 (part-2): Tension leg platforms
- Lecture 21 (part-1): Tension leg platforms - 2
- Lecture 21 (part-2): Tension leg platforms - 2
- Lecture 22 (part-1): New generation offshore structures
- Lecture 22 (part-2): New generation offshore structures
- Lecture 23 (part-1): Triceratops-2
- Lecture 23 (part-2): Triceratops-2
- Lecture 1 (part-1): Random process - 1
- Lecture 1 (part-2): Random process - 1
- Lecture 2 (part-1): Random process - 2
- Lecture 2 (part-2): Random process - 2
- Lecture 3 (part-1): Response spectrum
- Lecture 3 (part-2): Response spectrum
- Lecture 4 (part-1): Return period and Stochastic process
- Lecture 4 (part-2): Return period and Stochastic process
- Lecture 5 (part-1): Stochastic modelling
- Lecture 5 (part-2): Stochastic modelling
- Lecture 6 (part-1): Fatigue damage - 1
- Lecture 6 (part-2): Fatigue damage - 1
- Lecture 7 (part-1): Fatigue damage - 2
- Lecture 7 (part-2): Fatigue damage - 2
- Lecture 8 (part-1): Fatigue estimate of offshore platform
- Lecture 8 (part-2): Fatigue estimate of offshore platform