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1.

図書
図書
1. Introduction to continuum damage mechanics
by L.M. Kachanov
出版情報: Dordrecht ; Boston : M. Nijhoff, 1986  x, 135 p. ; 25 cm
シリーズ名: Mechanics of elastic stability ; 10
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2.

図書
図書
2. Основы механики разрушения
Л. М. Качанов
出版情報: Москва : Издательство "Наука", 1974  311 p. ; 23 cm
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3.

図書
図書
3. 塑性理論の基礎
Л. М. カチャノフ著 ; 大橋義夫訳
出版情報: 東京 : 養賢堂, 1971.3  3, 428p ; 22cm
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4.

図書
図書
4. 破壊力学の基礎
L. M. カチャノフ原著 ; 大橋義夫訳
出版情報: 東京 : 森北出版, 1977.2  ix, 288p ; 22cm
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5.

図書
図書
5. Foundations of the theory of plasticity (American Elsevier ; North-Holland)
[By] L.M. Kachanov. [Translation from the Russian]
出版情報: Amsterdam : North-Holland Pub. Co., 1971  xiii, 482 p. ; ill. ; 23 cm
シリーズ名: North-Holland series in applied mathematics and mechanics ; v. 12
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目次情報: 続きを見る
Preface to the Second Edition
Basic Notation
Errata
Introduction
Basic Concepts in the Mechanics of Continuous Media / Chapter 1.：
Stress / 1.：
Strain / 2.：
Rate of Strain / 3.：
Differential Equations of Motion. Boundary and Initial Conditions / 4.：
The Mechanical Constitutive Equations of a Body / 5.：
Problems
Equations of the Plastic State / Chapter 2.：
The Mechanical Properties of Solids / 6.：
Experimental Studies of Plastic Deformations in Complex Stress States. Simple and Complex Loading / 7.：
Yield Criteria. Yield Surface and Yield Curve / 8.：
Condition of Constant Maximum Tangential Stress (Tresca-Saint Venant Criterion) / 9.：
Condition of Constant Intensity of Tangential Stresses (von Mises Criterion) / 10.：
Conditions of Hardening. Loading Surface / 11.：
Conditions of Isotropic Hardening / 12.：
The Theory of Plastic Flow / 13.：
Deformation Theory of Plasticity / 14.：
Connection between Flow Theory and Deformation Theory / 15.：
Generalizations in the Case of Perfect Plasticity. Associated Flow Law / 16.：
Generalizations. Case of a Hardening Medium / 17.：
Drucker's Postulate. Convexity of the Loading Surface. Justification of the Associated Flow Law / 18.：
The Equations of Thermoplasticity / 19.：
Equations of Elastic-Plastic Equilibrium. The Simplest Problems / Chapter 3.：
System of Equations for Plastic Equilibrium / 20.：
Continuity Conditions at the Boundary of Elastic and Plastic Regions / 21.：
Residual Stresses and Strains / 22.：
Plastic-Rigid Body / 23.：
Elastic-Plastic Bending of a Beam / 24.：
Hollow Sphere under Pressure / 25.：
Cylindrical Tube under Pressure / 26.：
Torsion / Chapter 4.：
Torsion of Prismatic Rods. Basic Equations / 27.：
Plastic Torsion / 28.：
Elastic-Plastic Torsion / 29.：
Torsion of Hardening Rods / 30.：
Plane Strain / Chapter 5.：
Basic Equations / 31.：
Slip Lines and their Properties / 32.：
Linearization. Simple Stress States / 33.：
Axisymmetric Field / 34.：
Boundary Conditions for Stresses / 35.：
Fundamental Boundary Value Problems / 36.：
Numerical Methods of Solution / 37.：
Determination of the Velocity Field / 38.：
Lines of Discontinuity in Stress and Velocity / 39.：
Non-Uniqueness of the Velocity Field. Criterion for Selection. Complete Solution / 40.：
Extension of a Strip Weakened by Notches / 41.：
Bending of a Strip Weakened by Notches / 42.：
Bending of a Short Cantilever / 43.：
Rectangular Neck / 44.：
Indentation by a Flat Die / 45.：
Wedge under the Action of a One-Sided Pressure / 46.：
Compression of a Layer between Rigid Plates / 47.：
Elastic-Plastic Extension of a Plane with a Circular Hole / 48.：
Steady Plastic Flow. Drawing of a Strip / 49.：
Non-Steady Plastic Flow with Geometric Similarity. Indentation by a Wedge / 50.：
Construction of Compatible Stress and Velocity Fields / 51.：
Plane Stress / Chapter 6.：
Equations of Plane Stress / 52.：
Solutions with von Mises Yield Criterion. Discontinuous Solutions / 53.：
Solutions with Tresca-Saint Venant Yield Criterion. Discontinuous Solutions / 54.：
Elastic-Plastic Equilibrium of a Lamina with a Circular Hole under Uniform Pressure / 55.：
Bending of a Strip with a One-Sided Notch / 56.：
Axisymmetric Strain / Chapter 7.：
Equations of Axisymmetric Strain with von Mises Yield Criterion / 58.：
Equations of Axisymmetric Strain with Tresca-Saint Venant Yield Criterion / 59.：
Stress in a Thin Plastic Layer with Tension (Compression) / 60.：
Stress Distribution in the Neck of a Tension Specimen / 61.：
Plastic Bending of Circular Plates / 62.：
Extremum Principles and Energy Methods / Chapter 8.：
Extremum Principles / 63.：
Extremum Principles for a Plastic-Rigid Body / 64.：
Theorems on the Limit Load Coefficient / 65.：
Determination of the Limit Load by Energy Methods / 66.：
Minimum Principles in Deformation Theory / 67.：
Ritz's Method. Example: Elastic-Plastic Torsion / 68.：
Extremum Principles in Plastic Flow Theory / 69.：
Theory of Shakedown / Chapter 9.：
Behaviour of Elastic-Plastic Bodies under Variable Loads / 70.：
Shakedown Theorems for Elastic-Plastic Bodies / 71.：
Approximate Method of Solution. Example / 72.：
Stability of Elastic-Plastic Equilibrium / Chapter 10.：
Criteria of Stability / 73.：
Stability of a Compressed Rod. Reduced-Modulus and Tangent-Modulus Loads / 74.：
Stability of a Strip Bent by Couples / 75.：
Stability of Compressed Plates / 76.：
Dynamical Problems / Chapter 11.：
Propagation of Elastic-Plastic Waves in a Rod / 77.：
Dynamical Problems for a Plastic-Rigid Body. Some Energy Theorems / 78.：
Longitudinal Impact of a Plastic-Rigid Rod against a Stationary Barrier / 79.：
Bending of a Plastic-Rigid Beam under an Impulsive Load / 80.：
Composite Media. Visco-Plasticity / Chapter 12.：
Composite Media / 81.：
Visco-Plastic Medium / 82.：
Creep-Plastic Medium / 83.：
Appendix
Bibliography
Index
Preface to the Second Edition
Basic Notation
Errata
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