Strength of Materials and Structures Contents

1. Stress and compression: direct stresses
2. Pin-jointed frames or trusses
3. Shearing stress
4. Joints and connections
5. Evaluation of stress and pressure
6. Skinny shells below inside stress
7. Bending moments and shearing forces
8. Geometrical properties of cross-sections
9. Longitudinal stresses in beams
10. Shearing stresses in beams
11. Beams of two materials
12. Bending stresses and direct stresses mixed
13. Deflections of beams 
    
14. Constructed-in and steady beams
15. Plastic bending of mild-steel beams
16. Torsion of round shafts and thin-walled tubes 
17. Power strategies 
18. Buckling of columns and beams
19. Lateral deflections of round plates
20. Torsion of non-circular sections 
21. Thick round cylinders, discs, and spheres
22. Introduction to matrix algebra
23. Matrix strategies of structural evaluation
24. The finite component methodology 
25. Structural vibrations

Preface to Strength of Materials and Structures

This new version is up to date by Professor Ross, and whle it retains a lot of the fundamental and conventional work in Case & Chllver’s Strength of Materials and Structures, it introduces modem numerical techques, resembling matrix and finite component strategies.

Moreover, as a result of of the difficulties skilled by many of at this time’s college students with fundamental conventional arithmetic, the e book contains an introductory chapter which covers in some element the applying of elementary arithmetic to some issues involving easy statics.

The 197 1 ehtion was begun by Mr. John Case and Lord Chlver however, as a result of of the demise of Mr. John Case, it was accomplished by Lord Chlver.

Whereas many of the chapters are retained of their 197 1 model, a lot tuning has been utilized to some chapters, plus the inclusion of different vital subjects, such because the plastic idea of inflexible jointed frames, the torsion of non-circular sections, thick shells, flat plates and the stress evaluation of composites.

The e book covers most of the necessities for an engineering undergraduate course on energy of supplies and constructions.

The introductory chapter presents a lot of the arithmetic required for fixing easy issues in statics.

Chapter 1 gives a easy introduction to direct stresses and discusses some of the hdamental options below the title: Strength of supplies and constructions.

Chapter 2 is on pin-jointed frames and exhibits the way to calculate the inner forces in some easy pin-jointed trusses.

Chapter 3 introduces shearing stresses and Chapter 4 discusses the modes of failure of some structural joints.

Chapter 5 is on two-dimensional stress and pressure programs and Chapter 6 is on skinny walled round cylindrical and spherical stress vessels.

Chapter 7 offers with bending moments and shearing forces in beams, whch are prolonged in Chapters 13 and 14 to incorporate beam deflections.

Chapter 8 is on geometrical properties.

Chapters 9 and 10 cowl direct and shear stresses as a result of bending of beams, that are prolonged in Chapter 13.

Chapter 11 is on beam idea for beams made out of two dissimilar supplies.

Chapter 15 introduces the plastic hinge idea and Chapter 16 introduces stresses as a consequence of torsion. Chapter 17 is on power strategies and, amongst different purposes, introduces the plastic design of rigid-jointed aircraft frames.

Chapter 18 is on elastic buckling.

Chapter 19 is on flat plate idea and Chapter 20 is on the torsion of non-circular sections.

Chapter 22 introduces matrix algebra and Chapter 23 introduces the matrix displacement Chapter 24 introduces the finite component methodology and in Chapter 25 this methodology is prolonged to CTFR, 1999 Chapter 21 is on thick cylinders and spheres. methodology. cowl the vibrations of advanced constructions

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