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| Johnson K.L. — Contact mechanics |
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| Предметный указатель |
Sliding, thermoelastic effects due to 391—396
SLIP see microslip
Slip-line Held 157—160
Slip-line Held for cone indentation 168—169
Slip-line Held for hot rolling of metals 324—326
Slip-line Held for indentation by sphere 170—171
Slip-line Held for plastic wedge 165—168
Slip-line Held for rolling contact of rigid cylinder 295—302
Slip-line Held for serrated surface 404
Slip-line Held for wedge indentation 160—165
Slip-line Held, extension into rigid zone of 170—171
Spin in ball-bearings 8—10
Spin in pneumatic tyres 279
Spin in rolling 242
Spin moment 5 10 233
Spin parameter 244
Spin pole 259
Spin, definition of 4
Strain, representative 176 199
Stress intensity factor 129 401
Stress waves 340—343
Stress waves, dilatational 343
Stress waves, distortional (shear) 343
Stress waves, head (S—P) 345
Stress waves, in elastic impact 354 358
Stress waves, longitudinal 343
Stress waves, Rayleigh 343
Stress waves, supersonic (superseismic) 372
Stress waves, transverse 343
Stress waves, velocities of 343
Strip between rollers 312—327
Strip between rollers, onset of plastic flow in 318—320
Strip between rollers, plastic reduction in 320—327
Sub-surface shear stress 62 67 94 99 102 114 399 420—421
Sub-surface stresses, circular contact region 57 60 62 94
Sub-surface stresses, contact of cylinders 103 429—430
Sub-surface stresses, elliptical contact region 66—67 99
Sub-surface stresses, sliding contact 205 209—210 429—430
Sub-surface stresses, table of values 429—430
Superseismic see supersonic
Supersonic (superseismic) 355 369
Surface energy 125
Surface loading (3-D), axi-symmetric 76—80
Surface loading (3-D), Hertz pressure 60—63 65—67
Surface loading (3-D), non-uniform pressure 55—56 63 67—68
Surface loading (3-D), normal point force 50—53
Surface loading (3-D), potential functions 45—49
Surface loading (3-D), tangential point force 68—70
Surface loading (3-D), tangential tractions 70—76
Surface loading (3-D), torsional 80—83
Surface loading (3-D), uniform normal displacement 59—60 64
Surface loading (3-D), uniform pressure 53—55 56—59
Surface loading (3-D), uniform tangential displacement 71—74
Surface loading (plane strain), axial traction 42—44
Surface loading (plane strain), displacements specified 28—35
Surface loading (plane strain), distributed tractions 18—21
| Surface loading (plane strain), line forces 14—18
Surface loading (plane strain), triangular distributions 26—28
Surface loading (plane strain), uniform normal pressure 21—24
Surface loading (plane strain), uniform tangential traction 24—26
Tangential loading, cyclic 221—231
Tangential loading, elastic 210—231
Tangential loading, plastic 233—241
Temperature in half-space 375—380
Temperature in half-space, continuous point source, due to 376
Temperature in half-space, distributed sources, due to 376—377
Temperature in half-space, instantaneous line source, due to 376
Temperature in half-space, instantaneous point source, due to 375—376
Temperature in half-space, moving source, due to 377—380
Thermal rectification 390
Thermoelastic distortion 380—395
Thermoelastic distortion, contact at different temperatures, due to 383—390
Thermoelastic distortion, Dundurs' theorem 381
Thermoelastic distortion, moving heat source, due to 382—383
Thermoelastic distortion, point source, due to 381
Thermoelastic distortion, transient 395—396
Thermoelastic distortion, uniform heating, due to 381—382
Thermoelastic distortion, uniform temperature, due to 382
Thermoelastic instability 391—396
Torsional contact 231—233
Transient rolling contact 270—274
Transient rolling contact, oscillating tractive force, due to 274
Transient rolling contact, starting from rest 272
Travelling loads 369—372
Tungsten carbide in contact with steel 110
Turning, surfaces produced by 398
Tyres (pneumatic) 277
Tyres (pneumatic), creep in free rolling 279
Tyres (pneumatic), sideslip and spin 279
Unloading of a viscoelastic contact 193—194
Unloading of an elastic contact 125 224—226
Unloading of an elastic-plastic contact 181—184
Variational methods 147 151
Vickers pyramid hardness 177
Viscoelastic material 184—187
Viscoelastic material in normal contact 187—196
Viscoelastic material in rolling contact 302—306
Waves, elastic see stress waves
Waves, plastic 238
Wavy surfaces, one-dimensional contact of 398—402
Wavy surfaces, plastic deformation of 403—406
Wavy surfaces, thermoelastic contact of 390 391—394
Wavy surfaces, two-dimensional contact of 402—403
Wear 234 240
Wedge, elastic contact of 111—114
Wedge, plastic deformation of 165—168
Wedge, plastic indentation by 160—165
Wedge, plastic shear of 234—237
Williams, Landen and Ferry shift factor 310
Yield see plastic yield
“Heathcote slip” 251 269
“pile-up” at edge of indentation 178—179 200 362
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