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Preface | ||
Introduction | 1 | |
Ch. I | Basic Concepts | |
1 | Density, Motion, and Temperature | 7 |
2 | Balance Equations | 11 |
3 | Constitutive Equations | 20 |
4 | The Search for Solutions | 31 |
5 | The Notion of a Loading Device | 44 |
6 | An Example of Alternative Modeling | 51 |
Ch. II | Rod Theories: Three-dimensional Approach | |
7 | Geometrical Properties of Rods | 61 |
8 | Approximation of Three-dimensional Equations | 64 |
9 | Rod Problems in Linear Elasticity | 70 |
10 | Uniformly Loaded Beams (Michell's Theory) | 76 |
11 | Timoshenko's Correction | 81 |
12 | Vlasov's Theory for Thin-walled Beams | 93 |
13 | The Influence of Concentrated Loads | 100 |
14 | The Influence of Curvature | 106 |
15 | The Influence of Initial Twist | 117 |
16 | The Energy of an Elastic Rod | 125 |
17 | The Influence of Large Strains | 138 |
18 | Justification of the One-dimensional Model | 158 |
Ch. III | Rod Theories: Director Approach | |
19 | Rods as Oriented Bodies | 162 |
20 | Kirchhoff's Theory | 167 |
21 | Solutions for More General Loads | 175 |
22 | Nonclassical Problems for Rods | 184 |
23 | Initially Curved Rods | 202 |
24 | The Stability of Rods | 218 |
25 | Dynamical Problems for Rods | 248 |
26 | Kirchhoff's Problem for Nonlinearity Elastic Rods | 267 |
27 | Dynamical Problems in Nonlinear Rods | 289 |
Ch. IV | Theories of Cables | |
28 | Equilibrium Equations | 303 |
29 | Classical Solutions for Linearly Elastic Strings | 306 |
30 | Influence of Friction | 316 |
31 | Equilibrium States for Nonlinear Elastic Strings | 322 |
32 | Inverse Problems in Strings | 328 |
33 | Unilateral Problems for Strings | 336 |
34 | Dynamical Problems for Strings | 340 |
35 | Peeling and Slipping | 357 |
Ch. V | Theories of Membranes | |
36 | Constitutive Properties of Membranes | 366 |
37 | Plane Membranes | 367 |
38 | Theories of Networks | 385 |
39 | Membranes Stretched against an Obstacle | 392 |
40 | Curved Membranes | 404 |
41 | Stability of Curved Membranes | 414 |
42 | Dynamic Behavior of Membranes | 422 |
43 | Detachment and Suturing of Membranes | 426 |
44 | Optimization of Membranes | 433 |
Ch. VI | Theories of Plates | |
45 | The Equations of Linear Theory | 451 |
46 | Theories of Thick Plates | 460 |
47 | Influence of Varying Thickness | 477 |
48 | The Problem of Plate Optimization | 485 |
49 | Paradoxes in the Theories of Plates | 498 |
50 | Foppl-Karman Theory | 501 |
51 | Berger's and Reissner's Equations | 522 |
52 | The Wrinkling of Plates | 531 |
53 | Buckled States of Plates in Nonlinear Elasticity | 538 |
Ch. VII | Theories of Shells | |
54 | Geometric Definitions and Mechanical Assumptions | 547 |
55 | Equations Deduced from Three-dimensional Theory | 555 |
56 | The Solvability of the Equations of Shell Theory | 563 |
57 | Estimates on Solutions | 577 |
58 | Closed Solutions for Shells | 593 |
59 | Buckling of Shells | 607 |
60 | Asymptotic Analysis of Shells | 620 |
61 | The Influence of Constitutive Nonlinearities | 625 |
62 | Dynamical Problems for Shells | 647 |
References | 654 | |
Index of Authors Cited | 667 | |
Index | 671 |
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Add Mathematical Models for Elastic Structures, Elastic structures, conceived as slender bodies able to transmit loads, have been studied by scientists and engineers for centuries. This book offers a critically filtered collection of the most significant theories dealing with elastic slender bodies, as, Mathematical Models for Elastic Structures to the inventory that you are selling on WonderClubX
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Add Mathematical Models for Elastic Structures, Elastic structures, conceived as slender bodies able to transmit loads, have been studied by scientists and engineers for centuries. This book offers a critically filtered collection of the most significant theories dealing with elastic slender bodies, as, Mathematical Models for Elastic Structures to your collection on WonderClub |