Proceedings of SECON’21: Structural Engineering and Construction Management (Lecture Notes in Civil Engineering, 171) by Giuseppe Carlo Marano 9780071794299 0071794298

Proceedings of SECON’21: Structural Engineering and Construction Management (Lecture Notes in Civil Engineering, 171) Giuseppe Carlo Marano (Editor) – Ebook Instant Download/Delivery ISBN(s): 9783030803117,3030803112

Product details:

• ISBN 10:0071794298
• ISBN 13:978007179429
• Author: Giuseppe Carlo Marano

Structural Engineering Formulas, Second Edition

Table contents:

Part I: Basis of Structural Analysis
Chapter 1. Stress and Strain: Methods of Analysis
Table 1.1. Stress and Strain: Tension and Compression
Table 1.2. Stress and Strain: Bending
Table 1.3. Stress and Strain: Bending
Table 1.4. Stress and Strain: Combination of Compression (Tension) and Bending
Table 1.5. Stress and Strain: Torsion
Table 1.6. Stress and Strain: Curved Beams
Table 1.7. Stress and Strain: Continuous Deep Beams
Table 1.8. Stress and Strain: Dynamics, Transverse Oscillations of the Beams
Table 1.9. Stress and Strain: Dynamics, Transverse Oscillations of the Beams
Table 1.10. Stress and Strain: Dynamics, Transverse Oscillations of the Beams
Table 1.11. Stress and Strain: Dynamics, Impact
Table 1.12. Stress and Strain: Dynamics, Impact
Chapter 2. Properties of Geometric Sections
Table 2.1. Properties of Geometric Sections: Tension, Compression, and Bending Structures
Table 2.2. Properties of Geometric Sections: Tension, Compression, and Bending Structures
Table 2.3. Properties of Geometric Sections: Tension, Compression, and Bending Structures
Table 2.4. Properties of Geometric Sections: Tension, Compression, and Bending Structures
Table 2.5. Properties of Geometric Sections: Tension, Compression, and Bending Structures
Table 2.6. Properties of Geometric Sections: Torsion Structures
Part II: Statics
Chapter 3. Beams: Diagrams and Formulas for Various Loading Conditions
Table 3.1. Simple Beams
Table 3.2. Simple Beams
Table 3.3. Simple Beams
Table 3.4. Simple Beams and Beams Overhanging One Support
Table 3.5. Cantilever Beams
Table 3.6. Beams Fixed at One End, Supported at Other
Table 3.7. Beams Fixed at One End, Supported at Other End
Table 3.8. Beams Fixed at Both Ends
Table 3.9. Beams Fixed at Both Ends
Table 3.10. Continuous Beams
Table 3.11. Continuous Beams: Settlement of Support
Table 3.12. Simple Beams: Moving Concentrated Loads (General Rules)
Table 3.13. Beams: Influence Lines (Examples)
Table 3.14. Beams: Influence Lines (Examples)
Table 3.15. Beams: Computation of Bending Moment and Shear Using Influence Lines (Examples)
Table 3.16. Beams: Computation of Bending Moment and Shear Using Influence Lines (Examples)
Chapter 4. Frames: Diagrams and Formulas for Various Static Loading Conditions
Table 4.1. Frames: Diagrams and Formulas for Various Static Loading Conditions
Table 4.2. Frames: Diagrams and Formulas for Various Static Loading Conditions
Table 4.3. Frames: Diagrams and Formulas for Various Static Loading Conditions
Table 4.4. Frames: Diagrams and Formulas for Various Static Loading Conditions
Table 4.5. Frames: Diagrams and Formulas for Various Static Loading Conditions
Chapter 5. Arches: Diagrams and Formulas for Various Loading Conditions
Table 5.1. Three-Hinged Arches: Support Reactions, Bending Moment, and Axial Force
Table 5.2. Symmetrical Three-Hinged Arches of Any Shape: Formulas for Various Static Loading Conditions
Table 5.3. Symmetrical Three-Hinged Arches of Any Shape: Formulas for Various Static Loading Conditions
Table 5.4. Two-Hinged Parabolic Arches: Formulas for Various Static Loading Conditions
Table 5.5. Two-Hinged Parabolic Arches: Formulas for Various Static Loading Conditions
Table 5.6. Fixed Parabolic Arches: Formulas for Various Static Loading Conditions
Table 5.7. Fixed Parabolic Arches: Formulas for Various Static Loading Conditions
Table 5.8. Three-Hinged Arches: Influence Lines
Table 5.9. Fixed Parabolic Arches: Influence Lines Ill
Table 5.10. Steel Rope
Chapter 6. Trusses: Method of Joints and Method of Section Analysis
Table 6.1. Trusses: Method of Joints and Method of Section Analysis
Table 6.2. Trusses: Method of Joints and Method of Section Analysis
Table 6.3. Trusses: Influence Lines (Examples)
Table 6.4. Trusses: Influence Lines (Examples)
Chapter 7. Plates: Bending Moments for Various Support and Loading Conditions
Table 7.1. Rectangular Plates: Bending Moments
Table 7.2. Rectangular Plates: Bending Moments (Uniformly Distributed Load)
Table 7.3. Rectangular Plates: Bending Moments (Uniformly Distributed Load)
Table 7.4. Rectangular Plates: Bending Moments (Uniformly Distributed Load)
Table 7.5. Rectangular Plates Bending Moments (Uniformly Distributed Load)
Table 7.6. Rectangular Plates: Bending Moments and Deflections (Uniformly Distributed Load)
Table 7.7. Rectangular Plates: Bending Moments (Uniformly Varying Load)
Table 7.8. Rectangular Plates: Bending Moments (Uniformly Varying Load)
Table 7.9. Circular Plates: Bending Moments, Shear and Deflection (Uniformly Distributed Load)
Part III: Soils and Foundations
Chapter 8. Soils
Table 8.1. Soils: Engineering Properties
Table 8.2. Soils: Weight/Mass and Volume Relationships
Table 8.3. Soils: Stress Distribution
Table 8.4. Soils: Settlement
Table 8.5. Soils: Settlement
Table 8.6. Soils
Table 8.7. Bearing Capacity Analysis
Chapter 9. Foundations
Table 9.1. Foundations: Direct Foundations
Table 9.2. Foundations
Table 9.3. Foundations
Table 9.4. Foundations
Table 9.5. Foundations: Rigid Continuous Beam Elastically Supported
Table 9.6. Foundations: Rigid Continuous Beam Elastically Supported
Table 9.7. Foundations: Rigid Continuous Beam Elastically Supported
Part IV: Retaining Structures, Pipes, and Tunnels
Chapter 10. Retaining Structures
Table 10.1. Retaining Structures: Lateral Earth Pressure on Retaining Walls
Table 10.2. Retaining Structures: Lateral Earth Pressure on Retaining Walls
Table 10.3. Retaining Structures: Lateral Earth Pressure on Retaining Walls
Table 10.4. Retaining Structures: Lateral Earth Pressure on Retaining Walls
Table 10.5. Retaining Structures: Lateral Earth Pressure on Retaining Walls
Table 10.6. Retaining Structures: Lateral Earth Pressure on Braced Sheetings
Table 10.7. Retaining Structures: Cantilever Retaining Walls
Table 10.8. Retaining Structures: Cantilever Sheet Pilings
Table 10.9. Retaining Structures: Anchored Sheet Pile Walls
Chapter 11. Pipes and Tunnels: Bending Moments for Various Static Loading Conditions
Table 11.1. Pipes and Tunnels: Rectangular Cross Section
Table 11.2. Pipes and Tunnels: Rectangular Cross Section
Table 11.3. Pipes and Tunnels: Rectangular Cross Section
Table 11.4. Pipes and Tunnels: Rectangular Cross Section
Table 11.5. Pipes and Tunnels: Rectangular Cross Section
Table 11.6. Pipes and Tunnels: Circular Cross Section
Table 11.7. Pipes and Tunnels: Circular Cross Section
Table 11.8. Pipes and Tunnels: Circular Cross Section

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