[PDF] Advanced Mechanics of Solids by Otto T. Bruhns

Advanced Mechanics of Solids

Contents of the e book:

1. Primary Ideas of Continuum Mechanics

1.1 Basic Remarks
1.2 Stresses
1.3 Strains
1.4 Compatibility Circumstances
1.5 Equations of Movement
1.6 Power
1.7 Precept of Digital Work
1.8 Workout routines to Chapter 1
2. Elastic Materials
2.1 Hooke’s Legislation
2.2 Pressure Power, Complementary Power
2.3 Basic Equations
2.4 Affect of Temperature
2.5 Hooke’s Legislation in Two Dimensions
2.6 Energy Standards
2.7 Precept of Complementary Digital Work
2.8 Workout routines to Chapter 2
3. The Principle of Easy Beams I
3.1 Basic, Regular Stresses
3.2 Shear Stresses
3.3 Shear Middle of Skinny-Walled Open Sections
3.4 Affect of Distributed Masses
3.5 Stresses in Non-prismatic Beams
3.6 Deflections of Beams
3.7 Workout routines to Chapter 3
4. Torsion of Prismatic Bars
4.1 Strong Cross Sections
4.2 Skinny-Walled Closed Cross Sections
4.3 Skinny-Walled Open Sections
4.4 Affect of Restrained Warping
4.4.1 Closed profiles
4.4.2 Open profiles
4.5 Workout routines to Chapter 4
5. Curved Beams
5.1 Basic, Statics
5.2 Giant Curvature
5.3 Small Curvature
5.4 Deflections of Curved Beams
5.5 Workout routines to Chapter 5
6. Easy Beams II: Power Rules
6.1 Reciprocity Theorems of Betti and Maxwell
6.2 Theorems of Engesser and Castigliano
6.3 Statically Indeterminate Techniques
6.4 The Complementary Power of Beams
6.5 Pressure Power of Beams
6.6 Utility to Beams
6.7 Workout routines to Chapter 6
7. Two-dimensional Issues
7.1 Aircraft Stress and Aircraft Pressure
7.2 Physique Forces Derived From a Potential
7.3 Aircraft Issues in Polar Coordinates
7.4 Workout routines to Chapter 7
8. Plates and Shells
8.1 Basic Remarks
8.2 Disks
8.3 Skinny Plates
8.3.1 Basic equations
8.3.2 Kirchhoff’s idea
8.3.3 Boundary circumstances
8.3.4 Axially symmetric bending of round plates
8.3.5 Elastic power of plates
8.4 Membrane Principle of Shells of Revolution
8.5 Workout routines to Chapter 8
9. Stability of Equilibrium
9.1 Basic Remarks
9.2 Bifurcation Issues with Finite Levels of Freedom
9.3 A Snap-By Downside
9.4 Column Buckling
9.5 Workout routines to Chapter 9
10. Some Primary Ideas of Dynamics
10.1 Precept of Digital Work
10.2 Hamilton’s Precept
10.3 The Euler-Lagrange Equations
10.4 The Lagrangian Multiplier Methodology
11. Oscillators With One Diploma of Freedom
11.1 Undamped Free Vibration
11.2 Damped Free Vibration
11.3 Pressured Vibration with Harmonic Excitation
11.4 Vibration Isolation
11.5 Workout routines to Chapter 11
12. Techniques of A number of Levels of Freedom
12.1 A Typical Instance
12.2 Basic Equations and Resolution
12.3 Pressured Vibration with Harmonic Excitation
12.4 Workout routines to Chapter 12
13. Solutions to the Workout routines
Index

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