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Ewald P.P. — The physics of solids and fluids
Ewald P.P. — The physics of solids and fluids

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Название: The physics of solids and fluids

Автор: Ewald P.P.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1930

Количество страниц: 372

Добавлена в каталог: 26.03.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Friction, journal      76
Friction, kinds of      71
Friction, kinetic      70
Friction, physical view of      70
Friction, rolling      72 75-
Friction, sliding      72
Friction, static      68
Frictionless fluid      212
Froude's law of corresponding speeds      309 310
Gases, equation of state of      165
Gases, Properties of      163
Gay — Lussac's law      165
Glass      20
Glide      6
Glide direction      119 121 135 136 140
Glide ellipse      119 121
Glide hindrance      138 145
Glide in metals, table of      121
Glide plane      119 121 135 136
Glide systems, active and passive      133
Glide systems, equivalent      128 133
Glide, amount of      120 131
Glide, double      130—133
Glide, geometry of      120
Glide, in bismuth      121 123
Glide, in single crystals      119
Glide, in tin      121 134
Glide, in zinc      119 121 123 125
Glide, multiple      128—135
Glide, Polanyi's model of      119
Glide, simple      119 126 127 144
Glide, simple, dynamics of      122 126
Glide, summary of properties      127
Glide, theories of      135
Gliding flight      354
Gliding, flexural      121
Group velocity      264
Gruneisen's theorem      100
Guide vanes of centrifugal pumps      352
Guide vanes of turbines      347 350
Hagen — Poiseuille law      271 300
Hardening, crystal      124—127
Hardening, in single crystals      118 124 125 126 132 133 135 144 145
Hardening, orientation      124—127
Hardness      40—43
Hardness and tensional strength      42
Hardness and yield point      42
Hardness as strength test      40
Hardness number, Brinell      41—43
Hardness test, fracture in      37
Hardness testing vice      43
Hardness tests by Meyer and Kurth      42
Hardness, absolute definition of      41
Hardness, dynamic test of      43
Hardness, falling ball test      43
Hardness, of brittle bodies      41
Hardness, of ductile bodies      41
Hardness, scale of      40
Hartmann's lines      33
Heat treatment, and structure      34
Hele — Shaw's experiments      291
Helmholtz's theorems on vortex motion      242
Hero's fountain      199
Hertz' theory of contact      41
Homogeneous atmosphere, height of      174
Hook gauge      306
Hooke's law      20 21 22 25 27 28 30 44 50 81 86 89 90 92
Hooke's Law, general form      23
Hooking, in lattice      149
Hydraulic mean depth      298
Hydraulic press      161
Hydrodynamical and aerodynamical methods of experiment      356
Hydrostatic paradox      178
Hysteresis loop      30
Hysteresis, elastic      29 146
Ideal fluid      212
Impulse turbine      347 349
Indicator diagram      169
Internal friction in a liquid      see “Viscosity”
Ion, halogen      103
Ions, cubical      102
Ions, polarizable      103
Iron, cast      17 18 19
Irrotational motion      222 232 235
Irrotational motion round a sphere      238
Irrotational motion with circulation      239
Isotropic body, moduli for      22
Jet pump      304
Jets      216 227 247 260 280
Jets, contraction of      218 249 302
Kant, and natural science      21
Kaplan turbine      350
Karman's succession of vortices      313
KirchhofFs flow round a plate      312
Kutta — Joukowski theorem      240 253 327
Laminar flow      270 277
Laplace's equation      29 236 290
Lateral pressure      179
Lattice energy      97 101 104 107
Lattice energy, per mol      101
Lattice of NaCl, CsCl, and ZnS      107
Lattice theory of polar crystals      85
Lattice vibrations      93 96
Lattice, dimensions of      101
Lattice, elastic spectrum      95—97
Lattice, layer or stratified      108
Lattice, partial      94
Lattice, zinc blende      104
Layer of discontinuity      233 284
Leather      17 19
Level surfaces      202
Lift coefficient      320 330 331
Lift on an aerofoil      240 241 311 320
Lift, measurement of      362
Limit of proportionality      16
Limit, crushing      19
Limit, elastic      16 33
Limit, elastic (repeated loading)      32
Limit, elastic, in crystals      123 125 144
Limit, stretch      17
Lines of flow      see “Stream-lines”
Liquid state, definition of      153 157
Load, permissible      44
Load, types of      3
Load-deformation curve      29
Load-extension curve      16 17
Loading, and structure      33 34
Loading, repeated      30
Long waves      266
Lubrication      72 292
Luders' lines      33
Mach's angle      262
Machines, simple      80
Madelung's constant      102
Magnus effect      241 288
Manometers      164 190
Marble      17 19 20
Mariotte's bottle      217
Materials, non-metallic      15 19
Materials, properties of      2
Materials, strength of      1
Materials, testing of      2
Metacentre      189
Metals and alloys, structure of      33
Metals, brittle      19
Metals, elastic properties of      15 et seq.
Metals, glide in, table of      121
Michell thrust block      295
Microcrystalline substances      82
Micromanometer, Krell's      191
Model, for glide      136
Model, maximum load      133
Models, experiments on      310 357
Models, flow liability      125
Moduli      22
Moduli, determination of      57—59
Moduli, elastic      44 45
Moduli, elastic, determination of      47
Moduli, relations between      23
Moduli, table of elastic      45
Modulus, bulk      22
Modulus, direct      21
Modulus, of compression      22
Modulus, of elasticity      21
Modulus, of rigidity      22
Modulus, stretch      21
Modulus, Young's      21
Mohr's circle of stress      12 39
Mohr's theory of fracture      38—40
Moment coefficient      323
Moment, bending"      51
Moment, twisting      3 48
Momentum theorems      247 254
Motion of bodies in viscous fluids      274
Multi-constant theory      92
Navier's theory of fracture      37
Necking      18
Neutral axis of beam      52
Normal surfaces      200
Oscillation of liquid column      224
Oscillator, non-harmonic      96 97
Overtones, in lattice vibrations      96 98
Paddle wheel      335
Pascal's vases      177
Path of particle of fluid      207
Pelton wheel      349
Permanent set      16 19 20
Piezoelectric deformation      87
Pintsch method      117
Pitot and static tube      229 363
Pitot tube      220 229
Place, change of, in      112
Planck's function      97 99
Plane elastic problem      28
Plane stress      26
Planes of stress, principal      11
Plasticity      17—20 144
Plasticity, and heat      46
Plasticity, Becker's theory      136
Plasticity, theory of      22
Plates      55 56
Poiseuille law      271 300
Poisson's ratio      5 6 59
Polarizability      84 103 108
Polarizable ions      103 104
Polycrystal      33 82 83 134 138—143
Pores (weak places)      18 113 114
Pores, effect on strength      113 114
Potential, of pairs of ions      105
Potential, of two ions      101
Prandtl's theory of hysteresis      146
Pressure      3 20
Pressure balance, Holborn's      160 192
Pressure cone      36
Pressure distribution in a liquid      158 171 211 221
Pressure gauges      see “Manometers”
Pressure on base of vessel      177
Pressure over a heavenly body      202
Pressure resistance      308
Pressure wave      261
Pressure, dynamic or velocity      220 229 307
Pressure, measurement of      190 228 362
Pressure, propagation of      256
Pressure, static      220
Pressure, thermal      99
Pressure, total      220
Pressure, units of      158 192 194
Pressure-level, Toepler's      191
Problem, the plane elastic      28
Problems, elastic, method for      27
Profile drag      330
Prony brake      79 80
propeller      334
Propeller race      336
Propeller, efficiency of      335
Propeller, screw      336 340
Proper frequencies      94
proportionality      20 21 22
Proportionality (stress and strain)      15 16 20
Proportionality, limit of      16 32
Pumps      166 351
Pumps, centrifugal      351
Pumps, compression      166
Pumps, jet      304
Pumps, rotary      351
Quantum statistics, new      111
Rari-constant theory      91
Rate of strain, and glide      126
Rays, residual      95
Reaction of a jet      249
Reaction of moving fluid      248
Reaction turbine      347 350
Recovery      138 145
Recovery, in crystals      127 135
Recrystallization      33—35 110 142 145 148 149
Recrystallization (fig. 3)      117
Recrystallization texture      141 143
Recrystallization, Dehlinger's theory      148
Repeated loading      30 31 32
Resistance coefficient      308
Resistance due to form      309
Resistance due to surface area      309
Resistance of a fluid      310 314
Resistance of bodies immersed in fluid      306
Resistance of cylinders      316 317
Resistance of discs      315 317
Resistance of pipes      299
Resistance of spheres      316
Resistance, Eiffel's experiments on      307 315 322
Resistance, frictional      309 318
Resistance, pressure      308
Resistance, residuary      308
Resistance, wave      309
Reynolds' number      273 278 299 308 315 316
Reynolds' number, critical value of      278 316
Rigidity modulus (in torsion)      47 48
Rigidity, flexural      52
Rigidity, modulus of      22
Rigidity, torsional      48
Rock-salt, crystal form of      105
Rolled texture      140
Rotary pump      351
Rotating vessel, liquid in      203
Rotational motion of a fluid      242
Rotor ship      241
Rupture strength, of crystals      88 105 114
Rupture, condition of      37
Sclerometer      40
Scleroscope, Shore's      43
Screw propeller      336 340
Secondary flow      286
Seebeck's sclerometer      40
Segner's turbine      249
Set, permanent      16 19 20 22
Sets, permanent, and hardness      41
Severance fractures      35 36
Shaft, flexural vibrations of      60
Shafts, whirling speeds of      60—62
Shear      3 6 7
Shear, in torsion      47 48
1 2 3
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