Editor's Preface | p. ix |
Biographical Sketch of L.A. Galin | p. xi |
A Review of Research before 1953 | p. 1 |
Introduction | p. 1 |
Frictionless Plane Problems | p. 1 |
Plane Adhesive Contact Problems | p. 3 |
Plane Frictional Contact Problems | p. 4 |
Plane Contact between Two Elastic Bodies | p. 5 |
Three-Dimensional Contact Problems | p. 7 |
Plane Elasticity Theory | p. 11 |
The Fundamental Equations | p. 11 |
Stresses and Displacements in a Semi-Infinite Elastic Plane | p. 21 |
Plane Static Isotropic Contact Problems | p. 33 |
Boundary Conditions for Plane Contact Problems | p. 33 |
The Riemann-Hilbert Problem for the Half-Plane | p. 35 |
Frictionless Punch Problems - Introduction | p. 39 |
Frictionless Punch Problems - Theory | p. 41 |
Examples of Frictionless Problems | p. 44 |
Frictional Punch Problems - Theory | p. 49 |
Frictional Punch Problems - Examples | p. 51 |
Sliding Contact with Coulomb Friction | p. 55 |
A Two-Punch Problem | p. 58 |
Moving Punches, and Anisotropic Media | p. 61 |
Introduction | p. 61 |
Dynamic Plane Isotropic Elasticity Theory | p. 62 |
Displacement - Stress Relations | p. 64 |
Boundary Value Problems for a Moving Punch | p. 66 |
Complex Variable Formulation for a Plane Anisotropic Elastic Body | p. 67 |
Contact Problems for an Anisotropic Half-Plane | p. 70 |
Stick-Slip Contact | p. 74 |
Contact of Two Elastic Bodies | p. 87 |
Contact Problems in Three Dimensions | p. 91 |
The Papkovich-Neuber Solution | p. 91 |
Solutions of Laplace's Equation in Certain Curvilinear Coordinates | p. 95 |
Circular Punches | p. 98 |
The Green's Function for the Exterior of a Circular Disc | p. 101 |
Axisymmetric Frictionless Contact Problems | p. 105 |
Axisymmetric Contact with Prescribed Contact Region | p. 112 |
Loading Outside a Circular Punch | p. 112 |
Axi-Symmetric Contact Problems with Friction | p. 115 |
A Punch of Elliptic Cross-Section | p. 120 |
Forces and Moments on an Elliptical Punch | p. 131 |
A Punch of Arbitrary Cross-Section | p. 133 |
The Pressure of a Wedge-Shaped Punch with Plane Base | p. 136 |
A Slender Beam on an Elastic Body | p. 136 |
Contact of Two Elastic Bodies | p. 144 |
Contact between a Rigid Punch and a Clamped Plate | p. 145 |
Viscoelasticity, Wear and Roughness | p. 153 |
Introduction | p. 153 |
The Laplace Transform | p. 153 |
2-D Orthotropic Viscoelastic Bodies | p. 155 |
Adhesive Contact for a Viscoelastic Half-Plane | p. 157 |
Viscoelastic Rolling Contact | p. 165 |
The Limiting Case of Rolling of a Cylinder on a Viscoelastic Base | p. 177 |
Contact Problems in the Presence of Wear | p. 183 |
Axisymmetric Contact Problems in the Presence of Wear | p. 186 |
Plane Contact Problems for Rough Elastic Bodies | p. 190 |
Contact Problems for Rough Axisymmetric Elastic Bodies | p. 195 |
References | p. 199 |
Index | p. 205 |
Development of Galin's Research in Contact Mechanics | p. 207 |
Two-Dimensional Sliding Contact of Elastic Bodies | p. 207 |
Problem Formulation | p. 207 |
Contact Problem for a Cylinder | p. 210 |
Contact Problem for a Flat Punch | p. 212 |
Contact Problem with Partial Slip for the Inclined Punch with Rounded Edges | p. 217 |
Problem Formulation | p. 218 |
Contact Pressure Analysis | p. 220 |
Shear Stress Analysis | p. 225 |
Tensile Stress Analysis | p. 230 |
Results and Discussions | p. 232 |
Conclusions | p. 236 |
Appendix | p. 237 |
Three-Dimensional Sliding Contact of Elastic Bodies | p. 238 |
The Friction Law Has the Form [sigma subscript xz] = [rho]p | p. 239 |
The Friction Law Has the Form [sigma subscript xz] = [tau subscript 0] + [rho]p | p. 242 |
Periodic Contact Problem | p. 244 |
One-Level Model | p. 245 |
Principle of Localization | p. 248 |
System of Indenters of Various Heights | p. 250 |
Stress Field Analysis | p. 252 |
Hertz Type Contact Problems for Power-Law Shaped Bodies | p. 261 |
Introduction | p. 261 |
Hertz Type Contact Problems for rigid Indenters | p. 261 |
Formulation of a Hertz Type Contact Problem | p. 262 |
Frictionless Axisymmetric Contact | p. 264 |
The Galin Solution for Frictionless Axisymmetric Contact | p. 264 |
The Sneddon Representation of the Galin solution | p. 264 |
The Galin Solution for Monomial Punches | p. 266 |
A Solution for Polynomial Punches | p. 267 |
Axisymmetric Contact Problems with Molecular Adhesion | p. 267 |
Adhesive (No-Slip) Axisymmetric Contact Problems | p. 270 |
Two-Dimensional Problem for a Punch with Horizontal Base | p. 270 |
Axisymmetric Adhesive Contact Problems for Curved Punches | p. 271 |
The Mossakovskii Solution for Adhesive Contact | p. 271 |
Solution to the Problem for Punches of Monomial Shape | p. 273 |
Self-Similar Contact Problems | p. 275 |
Similarity Transformations for Hertz Type Contact Problems | p. 277 |
Punches Described by Homogeneous Functions | p. 279 |
Punches Described by Parametric-Homogeneous Functions | p. 280 |
Hardness Measurements and Depth-Sensing Techniques | p. 283 |
Brief History of Hardness Measurements | p. 283 |
Depth-Sensing Techniques | p. 285 |
Adhesive (No-Slip) Indentation | p. 287 |
Similarity Considerations of 3D Indentation | p. 293 |
Further Developments of Galin's Stick-Slip Problem | p. 293 |
Introduction | p. 293 |
The Stick-Slip Problem in Galin's Formulation | p. 294 |
Refinements of Galin's Solution | p. 294 |
Solution of the Galin Stick-Slip Problem Due to Antipov and Arutyunyan | p. 298 |
Solution to the Galin Stick-Slip Problem Due to Spence | p. 303 |
Extensions to the Stick-Slip Contact Problem | p. 306 |
Arbitrary Load | p. 306 |
A Periodic System of Punches | p. 307 |
Self-Similarity Approach in Stick-Slip Contact Problems | p. 307 |
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