Complete Handbook of Structural Analysis: Learn a Topic in a Minute

Structural Analysis:

Welcome to the ultimate free handbook of Structural Analysis, designed to empower engineering science students and professionals alike. This comprehensive resource offers an extensive range of 110 topics, meticulously organized into 5 chapters. Each topic is enriched with detailed notes, diagrams, equations, formulas, and course material, making it an indispensable tool for quick learning, revision, and reference during exams and interviews.

Key Features:

• Chapter-wise Complete Topics: Dive into each chapter to explore topics thoroughly.
• Rich UI Layout: Enjoy a user-friendly interface designed for ease of navigation.
• Comfortable Read Mode: Optimize your learning experience with a reading mode tailored for comfort.
• Important Exam Topics: Focus on the most critical topics that are likely to appear in your exams.
• Very Simple User Interface: Access all features with ease, thanks to our straightforward design.
• Cover Most Of Topics: Gain comprehensive knowledge with coverage of the vast majority of relevant topics.
• One Click Get Related All Book: Instantly access related books with just one click.
• Mobile Optimized Content: Learn on the go with content optimized for mobile devices.
• Mobile Optimized Images: Visualize concepts clearly with high-quality, mobile-friendly images.

Topics Covered:

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 PROVISIONS
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

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