Solve problems in elementary structural mechanics thoughtfully and efficiently with this self-contained collection of essays. Illuminates concepts and methodologies with clarity and insight, with minimal recourse to heavy working out. Perfect for students invested in structural mechanics, and aims to complement their learning and understanding.
Solve problems in elementary structural mechanics thoughtfully and efficiently with this self-contained collection of essays. Illuminates concepts and methodologies with clarity and insight, with minimal recourse to heavy working out. Perfect for students invested in structural mechanics, and aims to complement their learning and understanding.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Keith Alexander Seffen leads internationally recognised research into shape-changing structures in the Advanced Structures Laboratory at Cambridge, which he co-founded.
Inhaltsangabe
Part I. Simple Structures: 1. Mastering Friction 2. Equilibrium of Pseudo-Deformed Bodies 3. Simple Cables Part II. Truss Frameworks: 4. Statical (In)determinacy in Trusses 5. Virtual Work for Trusses 6. Why Does the Lower Bound Theorem Work? Part III. Beams and Frames: Character: 7. Drawing Well: Bending Moment (and Shear Force) Diagrams 8. How Many Redundancies in Frames 9. Symmetry and Anti-symmetry Part IV. Beams and Frames: Analysis: 10. Standard Beam Deflections 11. Deflection Coefficients 12. Moment Distribution: at the Junction Part V. Design Choices: 13. Bending vs Stretching 14. Cross-Sectional Stiffness 15. Cross-Sectional Strength 16. Back of the Envelope: Beam Design by Lower Bound 17. The Third Dimension Part VI. Deliberately Deformed 18. How Many Collapse Mechanisms 19. When Buckling Occurs: and Not 20. The Nature of Loads 21. Hooke and Heat.
Part I. Simple Structures: 1. Mastering Friction 2. Equilibrium of Pseudo-Deformed Bodies 3. Simple Cables Part II. Truss Frameworks: 4. Statical (In)determinacy in Trusses 5. Virtual Work for Trusses 6. Why Does the Lower Bound Theorem Work? Part III. Beams and Frames: Character: 7. Drawing Well: Bending Moment (and Shear Force) Diagrams 8. How Many Redundancies in Frames 9. Symmetry and Anti-symmetry Part IV. Beams and Frames: Analysis: 10. Standard Beam Deflections 11. Deflection Coefficients 12. Moment Distribution: at the Junction Part V. Design Choices: 13. Bending vs Stretching 14. Cross-Sectional Stiffness 15. Cross-Sectional Strength 16. Back of the Envelope: Beam Design by Lower Bound 17. The Third Dimension Part VI. Deliberately Deformed 18. How Many Collapse Mechanisms 19. When Buckling Occurs: and Not 20. The Nature of Loads 21. Hooke and Heat.
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