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Bergman S., Schiffer M. — Kernel Functions and Elliptic Differential Equations in Mathematical Physics
Bergman S., Schiffer M. — Kernel Functions and Elliptic Differential Equations in Mathematical Physics



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Название: Kernel Functions and Elliptic Differential Equations in Mathematical Physics

Авторы: Bergman S., Schiffer M.

Язык: en

Рубрика: Математика/Анализ/Дифференциальные уравнения/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1953

Количество страниц: 432

Добавлена в каталог: 06.04.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
I(P, Q)      298
I(P, Q), assumption of semi-definiteness      302
Incompressible fluid flow      29 30 71
Induction coefficients      160
Induction coefficients, variation      194—195
Induction matrix      159 164—165
Induction matrix, definiteness      164—165
Integral equation, axially symmetric flow      124
Integral equation, fundamental theorem      265
Integral equation, kernel function      309
Integral equation, magnetostatics      170—177
Integral equation, plane strain      257
Integral operator, convergence proof      289—291
Integral operator, first kind      286 289
Integral operator, generating function      288
Integral operator, inversion formula      291
Integral operator, second kind      289
Irrotationality condition      28 72
Isotropic body      3
Isotropic material      213
Jeans, J.      157 160 178 188
Jeffreys, H., and Jeffreys, B.S.      7 2&
Joukowski's principle      91
Joukowski, N.      89 91
Julia, G.      98 26b 326
Kaczmarz, S., and Steinhaus, H.      286
Kantorovitch, L.V., and Kriloff, V. L      246
Karman, Th. v.      123 124
Kellogg, O.D.      7 8 34 41 188 263 311 331 332
Kelvin's transformation      34
Kelvin, Lord      19 34 180
Kernel function, complex      112—118 243—246
Kernel function, for $\Delta u=qu$      275—276 280 281
Kernel function, for biharmonic equation      240—241 249
Kernel function, for Laplace's equation      198—200 202
Kernel function, for unit circle      117
Kernel function, inequalities for      51 204 277 303 328 337 354 383 387 400
Kernel function, integral equation for      309
Kernel function, properties, asymptotic properties      118
Kernel function, properties, dependence on differential equation      387
Kernel function, properties, dependence on domain      337 354 362—364
Kernel function, properties, minimum property      277 279
Kernel function, properties, non-negativity      51 383
Kernel function, properties, reproducing property      116 201 240 244 249 275
Kernel function, properties, symmetry      115 240 244 249
Kernel function, properties, unit multiplier      201 275
Kernel function, relation to capacity      204
Kernel function, relation to Green's function      112
Kernel function, relation to mapping function      118
Kernel function, series development in geometric expressions      314—315 327—329 371
Kernel function, series development in geometric expressions, error term      355—357
Kernel function, use, in calculating mapping function      117—118
Kernel function, use, in construction of Green's and Neumann's functions      205—206 277
Kernel function, use, in interpolation problems      279
Kernel function, use, in solving boundary value problems      119—200 240 276
Kernel function, use, variational and comparison formulas      113 336 362—364
Kernel tensor field      226
Kibel, I.A.      see Kochin Kibel and
kinetic energy      see Energy
Kirchhoff, G.      65
Kneser, A.      268 273. 334
Kochin, N.E., Kibel, I.A., and Rose, N.B.      132
Kriloff, V.I.      see Kantorovitch and Kriloff
Kutta — Joukowski formulas      89
Kutta, W.M.      89
l-kernel      303
l-kernel, definition extended      340
l-kernel, eigenvalues      315
l-kernel, regularity      303—8
l-kernel, series development      326
l-monogenic functions      133
Lamb, H.      28 32
Lame constants      214
Laplace — Poisson equation      8 155 178 243 264
Laplace's equation      4 30 73
Laplace's equation, axially symmetric case      119
Laplace's equation, generalization      4 21 261
Laplace's equation, singular solutions      7—8
Laplace's equation, spherical coordinates      181
Lauricella, G.      246
Lavrentieff, M.A.      98 100.
Lavrentieff, M.A., and Shabat, B.V.      98. 101
Lax, P.D.      381
Lehto, O.      381
Leray, J.      66
Levi-Civita, T.      65
Levy, P.      20 64 98 111
Lewy, H.      see Garabedian Lewy and
Lichnerowicz, A.      326
Lichtenstein, L.      28 268 273 309 334
Lift, extremum problem      98
Lift, of arc, monotonic property      99
Lift, theory of      70 89 93
Lin, C. C      154
Linear operator, completely continuous      323
Linear operator, symmetric      323
Linear space $\Omega$      259
Linear space $\Omega^0$      260
Linear space $\Sigma$      260
Linear space decomposition of      260 371—372
Liouville, J.      313
Lokki, O.      381
Love, A.E. H.      208 232
Lovitt, W.V.      265 268
M-kernel      313
Magnetic field, existence of solutions of transformer problem      174
Magnetic field, integral equation      170
Magnetic field, Neumann series solution      172
Magnetic field, transformer core      168
Magnetic permeability      166
Magnetostatic field      165
Magnetostatic field, general equation      166
Magnetostatic field, saltus condition      168
Magnetostatic potential      166
Mapping function      80 84
Mapping function, relation to complete orthonormal system      119
Mapping function, relation to complex kernel function      118
Mapping function, relative to boundary value problems      81 84
Mapping function, variational formulas      96—97
Mapping radius      80
Mapping radius, in terms of complete orthonormal system      119
Mapping radius, Poincare's inequality      105
Mapping radius, variational formulas      98
Mass forces      209
Maximum principle, for solutions of $\Delta u=qu$      261
Maximum problems, for solutions of partial differential equations      58
Maximum problems, for virtual mass      66
Maxwell, J.C.      159 160 178 232
Michell, J.H.      246
Mikhtin, S.      257 268
Milne-Thomson, L.M.      28 93 132
Minimum problems for solutions of partial differential equations      19 23 31 32 147 162 188 277 301
Minkowski inequality      260
Mises, R.V.      93; see also Frank and Mises
Mises, R.V., and Friedrichs, K. O.      28 132 154
Mises, R.V., and Schiffer, M.      141 147
Modulus of elasticity      247
Moment in fluid flow      89—90
Morera, G.      232
Multivalued velocity potential      76
Multivalued velocity potential, solution in hodograph plane      135
Murnaghan* F.D.      7. 268
Muskhelishvili, N.I.      236 246 257
Nadai, A.      236
Nehari, Z.      119
Neuber, H.      232
Neumann's function, definition      13 22 35 38 78
Neumann's function, for $\Delta u=qu$, three dimensions      21
Neumann's function, for $\mathrm{div} (\kappa\, \mathrm{grad}\, u) = 0$      13
Neumann's function, for biharmonic equation      239
Neumann's function, for Laplace's equation, three dimensions      35
Neumann's function, for Laplace's equation, two dimensions      78 263
Neumann's function, in the case of infinite domains      38—39
Neumann's function, in the case of unit circle      304
Neumann's function, inequalities for      22 49 50 52 360 382 383 386
Neumann's function, properties, dependence on differential equation      386
Neumann's function, properties, monotonicity      386
Neumann's function, properties, non-negativity      22 39 382
Neumann's function, properties, symmetry      14 22 36 39 78 263 271
Neumann's function, properties, unit multiplier      273—274
Neumann's function, series expansion      395
Neumann's function, series expansion at infinity      41—3
Neumann's function, two dimensions      271
Neumann's function, use in solving boundary value problems      15 22 30 36—38 41 126 239 271 334
Neumann's function, variational and comparison formulas      60 358 364 366
Neumann's series      172 313
Neumann's series, improvement of convergence      174
Neumann's tensor field      223
Neumann, C.      13 313
Neumann, J.V.      261 326
Non-linear partial differential equations      3 29
Non-linear partial differential equations, compressible fluid flow potential      129
Non-linear partial differential equations, potential of magnetic field      178
Non-linear partial differential equations, solution by successive approximation      178
Non-linear partial differential equations, variational equation      145
Normal functions      260
Ollendorff, F.      157
Orthogonal functions      260
Orthogonal functions, application of operators      355
Orthogonal functions, spherical harmonics      181
Orthogonal functions, Stekloff functions      397—398
Orthogonal harmonic functions      198
Orthogonal projection      372
Orthogonal subspaces      260
Orthonormal systems      116 202 226 241 243 249 280
Orthonormal systems of eigenfunctions      319 324 347—348 352
Orthonormal systems, construction of kernel function      116—117 249—250 281
Papkovitch, R.F.      232
Paradox of D'Alembert      88
Parseval's identity      323
Partial differential equations      see Differential equations
Peres, J.      28; see also Volterra-Peres
Picard, E.      262
Planck, M.      208
Plane flows, boundary value problems      77 81 82
Plane flows, free boundaries      103
Plane flows, fundamental solutions      76—81
Plane flows, obstacles      82
Plane strain      246
Plane strain, boundary value problems      249 254
Plates, thin      232
Plemelj, J.      315 334
Poincare's inequality      105
Poincare, H.      15 333
Point source, in fluid flow      33 74
Point source, in heat flow      7 10
Poisson — Laplace equation      8 155 178 243 264
Poisson's formula      82
Poisson's ratio      214
Polarization      see Electrostatic polarization
Poly A.G.      108
Potential function, electrostatic field      155
Potential function, fluid flows      29 74
Potential function, magnetostatic field      166
Potential function, reaction field      189—90
Potential-theoretic terms      49
Principal dilatations      208
Privaloff, J.J.      315
Pseudo-logarithmic plane      132
Rayleigh — Green identity      237
Reaction potential, grounded conductor      189
Reaction potential, isolated conductor      190
Regularity at infinity, harmonic functions      34
Regularity at infinity, solutions of $\mathrm{div} (\kappa\, \mathrm{grad}\, u) = 0$      157
Reissner, E.      246
Reproducing kernel      397; see also Kernel function reproducing
Resolvent kernel      313
Riemann's function      269
Riemann's mapping theorem      80 84
Riemann, B.      19
Riemann, B., and Weber, H.      3 17 28
Robin's function, definition      11 272
Robin's function, for $\Delta u=qu$, three dimensions      21 25
Robin's function, for $\Delta u=qu$, two dimensions      272
Robin's function, for $\mathrm{div} (\kappa\, \mathrm{grad}\, u) = 0$      11 25
Robin's function, for Laplace's equation      268
Robin's function, inequalities for      13 22 382—383 388
Robin's function, properties, dependence on differential equation      388
Robin's function, properties, dependence on parameter $\lambda$      13 22 383
Robin's function, properties, nonnegativity      22 382
Robin's function, symmetry      11—12 272
Robin's function, unit multiplier      274
Robin's function, use in solving boundary value problems      12 272 346
Robin's tensor field      223
Rose, N.B.      see Kochin Kibel and
Sauer, R.      132 147
Scalar product      259
Schauder, J.      66
Schiffer, M.      98 119 246 402; Lewy and
Schiffer, M., and Spencer, D.C.      315 346
Schiffer, M., and Szego, G.      43 64 188 193 206 301 360
Schmidt, E.      315
Schroder, K.      246
Schwarz inequality      55 107 260
Shabat, B.V.      see Lavrentieff and Shabat
Shapiro, G.S.      232
Sherman, D.I.      257
Simply-supported edge      236
Singular points, of harmonic functions      33—35
Singular solutions, axially symmetric flow      121—122
Singular solutions, Laplace's equation, three dimensions      7 8 33 35
Singular solutions, Laplace's equation, two dimensions      74
Singular solutions, pseudo-logarithmic plane      136—137 147
Singularities at infinity      34—35
Sinks, at infinity      35 75
Sinks, fluid flow      32 151
Sinks, heat flow      4 8
Smirnoff, V. L      15 268 334
Smith, T.L.      see Sternberg and Smith
Sokolnikoff, I.S.      208
Solenoidal field      31 56
Somigliana, C.      220
Sommerfeld, A.      3 10 132 208 273
Source strength      7 33 75
Sources, at infinity      34—35
Sources, fluid flow      32 74
Sources, heat flow      4 7
Specific heat      2
Spencer, D.C.      see Garabedian and Spencer; Schiffer and Spencer
Spherical harmonics      181—184
Stability in wing theory      101
Stability of eigenvalues      388
Stability of fundamental functions      384
Stagnation points      92
Stationary fluid flow      28 30
Steady heat flow      3
Steinhaus, H.      see Kaczmarz and Steinhaus
Stekloff's functions      391—398
Stekloff, W.      397 402
Sternberg, W., . and Smith, T.L.      188 263 334
Stokes' function      121
Stone, M.H.      261 326 355
Strain quadric      208
Strain tensor field      208
Stream function      73
Stream function, axially symmetric flow      121—122
Stream function, two-dimensional compressible flow      129
Stream lines      73
Stream lines, branching of      92
Stress      209
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