Basic structures /
Garrison, Philip, CEng,
Basic structures / Philip Garrison. - Third edition. - xiii, 414 pages : illustrations ; 25 cm.
Includes bibliographical references and index.
1. What is structural engineering -- 2. Learn the language: a simple explanation of terms used by structural engineers -- 3. How do structures (and parts of structures) behave? -- 4. Force, mass and weight 5. Loading-dead or alive -- 6. Equilibrioum- a balanced approach -- 7. More about forces: resultants and components -- 8. Moments -- 9. Reactions -- 10. Different types of support- and what's a pin? -- 11. A few words about stability -- 12. Introduction to the analysis of pin-jointed frames -- Method of resolution at joints -- 14. Method of sections -- 15. Graphical method -- 16. Shear force and bending moments -- 17. This thing called stress -- 18. Direct (and shear) stress -- 19. Bending ass -- 20. Combined bending and axial stress -- 21. Structural materials: concrete, steel, timber, and masonry -- 22. More on materials -- 23. How far can I span? -- 24. Calculating those loads -- 25. An introduction to structural types and forms -- 26. More on structural types and forms -- 27. An introduction to deflection -- 28. Shear stress -- 29. Buckling and torsion -- 30. Frames and three-pinned arches -- 31. Virtual work -- 32. Squares and circles of stress: an introduction to Mohr's circle -- 33. Trusses (no numbers) -- 34. Plastic analysis.
"Provides students with a thorough grounding in the fundamentals of building structures - Explains structural concepts clearly and mathematical aspects in a straightforward, very readable manner, using many analogies and examples"
9781118950876
Structural engineering.
TA637 / .G37 2016
624.1 GA.B 2016
Basic structures / Philip Garrison. - Third edition. - xiii, 414 pages : illustrations ; 25 cm.
Includes bibliographical references and index.
1. What is structural engineering -- 2. Learn the language: a simple explanation of terms used by structural engineers -- 3. How do structures (and parts of structures) behave? -- 4. Force, mass and weight 5. Loading-dead or alive -- 6. Equilibrioum- a balanced approach -- 7. More about forces: resultants and components -- 8. Moments -- 9. Reactions -- 10. Different types of support- and what's a pin? -- 11. A few words about stability -- 12. Introduction to the analysis of pin-jointed frames -- Method of resolution at joints -- 14. Method of sections -- 15. Graphical method -- 16. Shear force and bending moments -- 17. This thing called stress -- 18. Direct (and shear) stress -- 19. Bending ass -- 20. Combined bending and axial stress -- 21. Structural materials: concrete, steel, timber, and masonry -- 22. More on materials -- 23. How far can I span? -- 24. Calculating those loads -- 25. An introduction to structural types and forms -- 26. More on structural types and forms -- 27. An introduction to deflection -- 28. Shear stress -- 29. Buckling and torsion -- 30. Frames and three-pinned arches -- 31. Virtual work -- 32. Squares and circles of stress: an introduction to Mohr's circle -- 33. Trusses (no numbers) -- 34. Plastic analysis.
"Provides students with a thorough grounding in the fundamentals of building structures - Explains structural concepts clearly and mathematical aspects in a straightforward, very readable manner, using many analogies and examples"
9781118950876
Structural engineering.
TA637 / .G37 2016
624.1 GA.B 2016
