Structural Analysis-2

Features

• This unique free application is for all students across the world. It covers 110 topics of Structural Analysis 2 in detail. These 110 topics are divided in 5 units.
• Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
• This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
• Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
• Some of topics Covered in this application are:
• 1. Development of Plastic Analysis
• 2. Interpretation of Stiffness Matrix
• 3. Truss Element Stiffness Matrix
• 4. Introduction
• 5. Mohr’s First Theorem (Mohr I)
• 6. Mohr’s Second Theorem (Mohr II)
• 7. Application to Determinate Structures
• 8. Finding Deflections
• 9. Application to Indeterminate Structures
• 10. Find the location of the maximum deflection
• 11. Continuous Beams: Introduction
• 12. Analysis of Continuous Beams
• 13. Incorporation of Moment Due to Reactions
• 14. Pressure Line due to Prestressing Force
• 15. METHOD OF CONSISTENT DEFORMATION: Basic Concept
• 16. Choice of Released Structures
• 17. Compatibility Equations for General Case
• 18. Vector of kinematical conditions
• 19. METHOD OF SLOPE-DEFLECTION EQUATIONS
• 20. Computation of Fixed-end Moments
• 21. THE MOMENT DISTRIBUTION METHOD
• 22. DISTRIBUTION FACTOR
• 23. STEPS INVOLVED IN MOMENT DISTRIBUTION METHOD
• 24. Strain Energy
• 25. Beams
• 26. Analysis of two-hinged arch
• 27. Influence line diagram
• 28. Symmetrical two hinged arch
• 29. Temperature effect
• 30. Torque and thrust force in drilling
• 31. MODEL OF DRILLING
• 32. Introduction of Suspension Bridges
• 33. Structural System
• 34. Design of suspension bridge
• 35. Wind-Resistant Design
• 36. Design of Cable Section
• 37. Field Measurement and Coatings
• 38. Introduction of Stiffening Girder
• 39. Design of Girder End
• 40. Fabrication Technology
• 41. Erection Technology
• 42. All-Hinge Erection Method
• 43. Moment-shear interaction of longitudinally stiffened girders
• 44. EUROCODE DESIGN PROVISONS
• 45. FINITE ELEMENT MODELING
• 46. NON-LINEAR FINITE ELEMENT STUDY
• 47. Alternative Form of Slope-deflection Equations
• 48. Sign Convention
• 49. Computation of Fixed-end Moments
• 50. Slope-deflection Equations for Special Members
• 51. Slope-deflection Equations for Special Members
• 52. Symmetric member and Anti-symmetric member
• 53. Analysis of Structures by Slope-deflection Equations
• 54. End rotations and sway angle of members
• 55. Determination of sway angle by instantaneous center of rotations (ICR)
• 56. Set up equilibrium equations
• 57. Equilibrium equations associated with sway degrees of freedom
• 58. Equilibrium equations associated with sway degrees of freedom
• 59. Solve for primary unknowns and determine other quantities
• 60. Treatment of Special Structures
• 61. Geometrically symmetric structures
• 62. Geometrically symmetric structure under symmetrical loadings
• 63. Geometrically symmetric structure under anti-symmetrical loadings
• 64. Geometrically symmetric structure under general loadings
• 65. Introductin of Matrix Stiffness Method
• 66. Computer Programs to Support Learning
• 67. Basic Approach
• 68. Assemblies of Elements
• 69. General Methodology
• 70. Element Forces
• 71. Plane Frame Element Stiffness Matrix
• 72. Transformation to Global Coordinates
• 73. Inter-nodal Loads
• 74. Moment-Rotation Characteristics of General Cross Section
• 75. Analysis of Rectangular Cross Section
• 76. Shape Factor
• 77. Formation of Hinges for Collapse
• 78. Plastic Hinge Development
• 79. Important Definitions
• 80. Virtual Work in Plastic Analysis
• 81. Theorems of Plastic Analysis
• 82. Plastic Hinge Under the Load
• 83. Plastic Design
• 84. Summary of Important Points
• 85. INTRODUCTION OF FINITE ELEMENT ANALYSIS
• 86. Angle Under Shear Loading

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