STRUCTURAL ANALYSIS - II - Google Play
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Publisher Description
STRUCTURAL ANALYSIS - II -
Structural Analysis notes: Beams, Bridges, Deflection & Matrix Methods
Structural Analysis is a free Civil and Structural Engineering handbook covering important course topics, notes, diagrams, equations, formulas and study materials. Download this digital book and reference guide for Diploma, BE, BTech and related engineering degree courses.
Explore 110 topics across 5 chapters on structural analysis, stiffness matrices, beam deflection, Mohr's theorems, continuous beams, slope-deflection, moment distribution, arches, suspension bridges and finite element methods. Useful for university exams, GATE revision, viva, interviews, assignments, projects and quick reference.
RELATED ENGINEERING BRANCHES
Civil Engineering, Structural Engineering, Construction Engineering, Bridge Engineering, Mechanical Engineering and Aerospace Engineering.
55 DISTINCT LISTED TOPICS FROM 110
STRUCTURAL ANALYSIS & DEFLECTION
1. Development of Plastic Analysis
2. Interpretation of the Stiffness Matrix
3. Truss Element Stiffness Matrix
4. Introduction
5. Mohr's First Theorem (Mohr I)
6. Mohr's Second Theorem (Mohr II)
7. Applications to Determinate Structures
8. Finding Deflections
9. Applications to Indeterminate Structures
10. Location of Maximum Deflection
11. Introduction to Continuous Beams
12. Analysis of Continuous Beams
13. Incorporating Moments Due to Reactions
14. Pressure Line Due to Prestressing Force
CONSISTENT DEFORMATION & MOMENT METHODS
15. Method of Consistent Deformation: Basic Concept
16. Selection of Released Structures
17. General Compatibility Equations
18. Vector of Kinematic Conditions
19. Slope-Deflection Equation Method
20. Computation of Fixed-End Moments
21. Moment Distribution Method
22. Distribution Factor
23. Steps in the Moment Distribution Method
24. Strain Energy
25. Beams
26. Analysis of Two-Hinged Arches
27. Influence Line Diagrams
28. Symmetrical Two-Hinged Arches
29. Temperature Effects
DRILLING & SUSPENSION BRIDGES
30. Torque and Thrust Force in Drilling
31. Drilling Model
32. Introduction to Suspension Bridges
33. Structural Systems
34. Suspension Bridge Design
35. Wind-Resistant Design
36. Cable Section Design
37. Field Measurements and Coatings
38. Introduction to Stiffening Girders
39. Girder End Design
40. Fabrication Technology
41. Erection Technology
42. All-Hinge Erection Method
GIRDER DESIGN & FINITE ELEMENT ANALYSIS
43. Moment-Shear Interaction of Longitudinally Stiffened Girders
44. Eurocode Design Provisions
45. Finite Element Modeling (FEM)
46. Nonlinear Finite Element Analysis
SLOPE-DEFLECTION & SWAY ANALYSIS
47. Alternative Forms of Slope-Deflection Equations
48. Sign Conventions
49. Slope-Deflection Equations for Special Members
50. Symmetric and Antisymmetric Members
51. Structural Analysis Using Slope-Deflection Equations
52. Member End Rotations and Sway Angles
53. Sway Angle Using Instantaneous Center of Rotation (ICR)
54. Setting Up Equilibrium Equations
55. Equilibrium Equations for Sway Degrees of Freedom
APP FEATURES
• Chapter-wise structural engineering notes and formulas
• Diagrams, equations and mobile-optimized illustrations
• Comfortable reading mode and simple navigation
• Quick reference for exams, viva and technical interviews
Use this free Structural Analysis ebook to revise deflections, indeterminate structures, beam methods, bridge design, finite element modeling and engineering calculations.
