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Kevorkian J., Cole J.D. — Multiple Scale and Singular Perturbation Methods
Kevorkian J., Cole J.D. — Multiple Scale and Singular Perturbation Methods



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Название: Multiple Scale and Singular Perturbation Methods

Авторы: Kevorkian J., Cole J.D.

Аннотация:

This book is a revised and updated version, including a substantial portion of new material, of the authors' widely acclaimed earlier text, Perturbation Methods in Applied Mathematics (AMS 34). A new chapter dealing with regular expansions has been added, the discussion of layer-type singular perturbations has been revised, and the coverage of multiple scale and averaging methods has been significantly expanded to reflect recent advances and viewpoints. The result is a comprehensive account of the various perturbation techniques currently used in the sciences and engineering that is suitable both as graduate text and as a reference work on the subject.


Язык: en

Рубрика: Математика/Анализ/Асимптотические методы, Теория возмущений/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1996

Количество страниц: 632

Добавлена в каталог: 02.04.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Heat conduction (steady) in a cylindrical rod      261
Heat conduction (steady) in a long rod      183
Heat conduction (steady) with axial symmetry      163
Heat conduction (steady), boundary-layer expansion for      185
Heat conduction (steady), matching condition for      186
Heat conduction (steady), outer expansion for      184
Heat conductivity for a sphere in an infinite medium      251
Heat conductivity for an array of spheres in an infinite medium      252
Heat-flow problem, nonlinear cylindrically symmetric      102
Hilbert, D.      264
Hill, G.W.      335
Hill’s equations      335
Homogenization, limit process expansions for      249
Homogenization, using multiple-scale expansions      614
Hooke’s law      110
Hoop stress      188
Hopf, E.      264
Hori, G.I.      408
Howard, L.N.      265
Hyperbolic conservation laws with source terms      552
Hyperbolic partial differential equation      119 132
Hyperbolic partial differential equation, boundary-layer expansion for, incoming subcharacteristics      143
Hyperbolic partial differential equation, characteristics for      133
Hyperbolic partial differential equation, distinguished inner limit for (outgoing subcharacteristics)      141
Hyperbolic partial differential equation, incoming subcharacteristics for      142
Hyperbolic partial differential equation, initial-value problem for      134
Hyperbolic partial differential equation, initially valid expansion for      136
Hyperbolic partial differential equation, inner expansion for (outgoing subcharacteristics)      141
Hyperbolic partial differential equation, matching of initially valid and outer expansions for      138
Hyperbolic partial differential equation, matching of outer and interior-layer expansion for (outgoing subcharacteristics)      142
Hyperbolic partial differential equation, outer expansion for      138
Hyperbolic partial differential equation, outer limit for      135
Hyperbolic partial differential equation, outer limit for (incoming subcharacteristics)      142
Hyperbolic partial differential equation, outer limit for (outgoing subcharacteristics)      140
Hyperbolic partial differential equation, outgoing subcharacteristics for      140
Hyperbolic partial differential equation, propagation of jumps in derivatives for      135
Hyperbolic partial differential equation, role of the small parameter in      132
Hyperbolic partial differential equation, signaling problem for      139
Hyperbolic partial differential equation, stability conditions for      135
Hyperbolic partial differential equation, validity in the far field for      133 139
Indeterminacy of outer limit      73
Indeterminacy of outer limit, a variational principle for resolving      74
Indeterminacy of outer limit, augmented outer expansion to resolve      77
Indeterminacy of outer limit, symmetry argument for resolving      73
Inner expansion, definition of      7
Integral conservation law      149
Integral conservation law, general scalar      149
Internal-layer      511
Isentropic      591
Isolating transformation for a Hamiltonian system with a resonant pair of coordinates      482
Isothermal shock      94
Jacobi integral      334 359
Kabakow, H.      408
Kaplun, S.      172 212 215 264
Kath, W.L.      520
Keller, J.B.      619 620
Keplerian elements      331
Keplerian, ellipse      96
Keplerian, hyperbola      96
Keplerian, orbit      95
Kepler’s equation      326 330
Kevorkian, J.      35 117 264 408 409 520 521 619 620
Kogelman, S.      620
Korteweg-de Vries equation      274
Korteweg-de Vries equation (linearized)      275
Korteweg-de Vries equation (linearized), dispersion relation for      276
Korteweg-de Vries equation (linearized), traveling wave solution for      275
Korteweg-de Vries equation (weakly nonlinear), multiple-scale expansion for      549
Korteweg-de Vries equation (weakly nonlinear), strained coordinate expansion for      276
Korteweg-de Vries equation (weakly nonlinear), traveling wave solution for      276
Korteweg-de Vries equation, forced      584
Korteweg-de Vries equation, nonexistence of outer limit for      576
Krook, M      35 117
Kruskal, M.D.      619
Krylov, N.M.      280 409 410 520
Kuo, Y.H.      268
Kuzmak, G.N.      280 359 360 363 409 429
Kuzmak’s method      280
Lagerstrom, P.A.      73 101 117 212 264 265
Lagrange equations      442
Lagrangian      74 75 80 81 442
Lagrangian, nonuniqueness for a given differential equation      74 80
Lamb, H.      265
Lancaster, J.E.      117
Landau equation      540
Landau, L.      261 265
Landauer, R.      249 265
Lange, C.G.      78 117
Laplace, P.-S.      324 409
Lardner, R.W.      620
Least degeneracy, principle of      11
Legendre transformation      442
Lewin, L.      520
Li, H.K.      520
Li, Y.R      409 520
Libai, A.      265
Lichtenberg, A.J.      521
Lick, W.      409
Lie transforms      471
Lieberman, M.A.      521
Lifschitz, E.      261 265
Lighthill, M.J.      265 268 274
Limit cycle      272
Limit process expansion for partial differential equations      118
Limit process expansion, definition of      47 49
Lindstedt, A.      268
Linear oscillator (small damping)      37 280
Linear oscillator (small damping), exact solution for      281
Linear oscillator (small damping), frequency shift for      287
Linear oscillator (small damping), nonexistence of limit process expansion over long time for      282
Linear oscillator (small damping), regular expansion for      38 53
Linear oscillator (small damping), two-scale expansion as a general asymptotic expansion for      283
Linear oscillator (small damping), two-scale expansion for      282
Linear oscillator (small damping), two-scale expansion from differential equation for      285
Linear oscillator (small damping), uniformly valid result for      287
Linear oscillator (small mass)      38
Linear oscillator (small mass), direct matching condition to $O(\epsilon)$ for      46
Linear oscillator (small mass), direct matching condition to O(1) for      46
Linear oscillator (small mass), exact solution for      40
Linear oscillator (small mass), extended domain of validity of inner limit for      43
Linear oscillator (small mass), extended domain of validity of outer limit for      42
Linear oscillator (small mass), extended domain of validity of two-term inner expansion for      45
Linear oscillator (small mass), extended domains of validity for      41
Linear oscillator (small mass), inner expansion for      41 48
Linear oscillator (small mass), inner limiting equation for      47
Linear oscillator (small mass), intermediate limit for      47
Linear oscillator (small mass), limit process expansions for      48
Linear oscillator (small mass), matching for      50
Linear oscillator (small mass), modified outer expansion for      52
Linear oscillator (small mass), outer expansion for      41 48
Linear oscillator (small mass), outer limiting equation for      47
Linear oscillator (small mass), overlap of extended domains of validity for      45
Linear oscillator (small mass), uniformly valid composite expansion for      51
Linear oscillator with slowly varying frequency      315 368 411 449
Linear singular perturbation problem, boundary-layer limit for      55
Linear singular perturbation problem, example with an interior layer for      66
Linear singular perturbation problem, example with analytic coefficients for      58
Linear singular perturbation problem, example with corner layer for      67
Linear singular perturbation problem, example with nonanalytic coefficients for      60
Linear singular perturbation problem, example with two boundary layers for      67
Linear singular perturbation problem, existence of solutions for      54
Linear singular perturbation problem, inner expansion for      56
Linear singular perturbation problem, matching to 0(1) for      57
Linear singular perturbation problem, outer expansion for      55
Linear singular perturbation problem, sufficient conditions for existence of simple boundary layers for      55
Linear singular perturbation problem, uniformly valid approximation to 0(1) for      58
Lions, J.-L.      619
Liu, C.-S.      265
Love, A.E.H.      265
Low Reynolds number flow past a circular cylinder      212
Low Reynolds number flow past a circular cylinder, inner (Stokes) expansion for      213
Low Reynolds number flow past a circular cylinder, matching of inner and outer expansions for      217
Low Reynolds number flow past a circular cylinder, matching of Stokes expansion at infinity for      215
Ludwig, D.      265
Luke, J.C.      360 363 364 409 429 620
MacGillivray, A.D.      77
Mahoney, J.J.      409
Majda, A.      620
Matching condition for a boundary-value problem      23
Mathieu’s equation      439
Mathieu’s equation, periodic solutions for      279
Matkowsky, B.J.      73 117 264 537 620
Maxwell equation      316
Mean anomaly      464
Method of averaging      410
Mitropolski, Y.A.      521
Miura, R.M.      619
Mixed-secular term, definition of      268
Modulus of elasticity      189
Momenta      441
Morrison, J.A.      297 409 521
Multiple-scale expansions for systems in standard form      386 395
Multiple-scale expansions, comparison with near-identity averaging transformations of      431
Multiple-scale expansions, original references to      280
Murray, J.D.      35
Navier — Stokes equations      166 213 216
Navier — Stokes equations for a weak shock layer      143
Navier — Stokes equations for viscous incompressible flow past a body      173
Near-identity averaging transformations for a general system in standard form      421
Near-identity averaging transformations for a model problem in one degree of freedom      414
Near-identity averaging transformations for Hamiltonian systems in standard form      440 466
Near-identity averaging transformations to remove oscillatory terms to $O(\epsilon)$      424
Near-identity averaging transformations to remove oscillatory terms to $O(\epsilon^2)$      425
Near-identity averaging transformations, averaged equations derived by      427
Near-identity averaging transformations, comparison with multiple-scale expansions of      431
Near-identity averaging transformations, role of arbitrary terms in      427
Near-identity averaging transformations, summary of results for      431
Near-identity transformation      410 413 421
Neu.J.C      521
No-slip condition      166
Nonlinear model singular perturbation problem      82
Nonlinear model singular perturbation problem, $O(\epsilon)$ layer for      83
Nonlinear model singular perturbation problem, $O(\epsilon^{1/2})$ layers for      85
Nonlinear model singular perturbation problem, comer layer for      88
Nonlinear model singular perturbation problem, limit with algebraic decay for      90
Nonlinear model singular perturbation problem, matching of transition and inner layers for      93
Nonlinear model singular perturbation problem, outer limit for      82
Nonlinear model singular perturbation problem, shock layer for      86
Nonlinear model singular perturbation problem, transition layer for      90
o, definition of      3
Ohm’s Law      219
Order symbols      1
Oscillator (general, weakly nonlinear) in standard form      404
Oscillator (general, weakly nonlinear), transformation to standard form for      455
Oscillator (small cubic damping), two-scale expansion for      287
Oscillator (small cubic nonlinearity)      268
Oscillator (small cubic nonlinearity), energy integral for      269
Oscillator (small cubic nonlinearity), exact solution for      270
Oscillator (small cubic nonlinearity), period for      269
Oscillator (small cubic nonlinearity), strained coordinate expansion for      271
Oscillator (small quadratic nonlinearity), strained coordinate expansion for      278
Oscillator (strictly nonlinear)      454
Oscillator (strictly nonlinear), adiabatic invariant for      368
Oscillator (strictly nonlinear), average action to 0(1) for      367
Oscillator (strictly nonlinear), condition on the fast scale for      363
Oscillator (strictly nonlinear), dependence on initial conditions for      373
Oscillator (strictly nonlinear), dissipation for      367
Oscillator (strictly nonlinear), escape from a potential well for      382
Oscillator (strictly nonlinear), escape time for      383
Oscillator (strictly nonlinear), example with cubic nonlinearity      378
Oscillator (strictly nonlinear), Fourier series expansion for      385
Oscillator (strictly nonlinear), frequency shift for      370
Oscillator (strictly nonlinear), Hamiltonian for      454
Oscillator (strictly nonlinear), Kuzmak’s method for      359
Oscillator (strictly nonlinear), periodicity conditions for      363
Oscillator (strictly nonlinear), synchronized initial conditions for      378
Oscillator (strictly nonlinear), transformation to standard form for      454
Oscillator (strictly nonlinear), two-scale expansion for      359
Oscillator (weakly nonlinear) with slowly varying frequency      478
Oscillator (weakly nonlinear, autonomous)      280
Oscillator (weakly nonlinear, autonomous) with f depending on $\epsilon$      293
Oscillator (weakly nonlinear, autonomous) with negative damping and soft spring      291
Oscillator (weakly nonlinear, autonomous), scaling for      291
Oscillator (weakly nonlinear, autonomous), solution of, using near-identity averaging transformations      439
Oscillator (weakly nonlinear, autonomous), two-scale expansion for general      295
Oscillators (coupled, linear), frequency shift for      343
Oscillators (coupled, linear), multiple-scale expansion for      338
Oscillators (coupled, weakly nonlinear) in standard form      405
Oscillators (coupled, weakly nonlinear) with slowly varying frequencies      478
Oscillators (coupled, weakly nonlinear), adiabatic invariants for      478
Oscillators (coupled, weakly nonlinear), first resonance condition for      348
Oscillators (coupled, weakly nonlinear), multiple-scale expansion for      343
Oscillators (coupled, weakly nonlinear), necessary conditions for bounded solutions for      344
Oscillators (coupled, weakly nonlinear), periodic energy exchange in      354
Oscillators (coupled, weakly nonlinear), periodic solution for      355
Oscillators (coupled, weakly nonlinear), second resonance condition for      350
Oscillators (coupled, weakly nonlinear), solution near first resonance for      350
Oscillators (coupled, weakly nonlinear), transformation to standard form for      456
Oscillators (coupled, with slowly varying frequencies), global adiabatic invariant for      489
Oseen equations      216
Oseen flow      212
Outer expansion, definition of      7
Overlap domain, definition of      45
O’Brien, R.      261 265
O’Malley, R.E., Jr.      117
Papanicolaou, G.      619
Parabolic partial differential equation      119
Passage through resonance      411
Pearson, C.E.      35 117
Pearson, J.R.A.      265
Pechuzal, G.      620
Peierls, R.      261 265
Pendulum with slowly varying length      385
Perturbed eigenvalue problem      529
Peskoff, A.      265
Pipkin, A.C.      241 264 265
PLK method      268
Poincare, H.      268 409
Point source of current in a biological cell      218
Point source of current in a biological cell, boundary conditions for      220
Point source of current in a biological cell, initially valid expansion for      222
Point source of current in a biological cell, matching of initially valid and long time expansions for      225
Point source of current in a biological cell, outer (long time) expansion for      220
Poisson ratio      189 242
Prandtl number      588
Prandtl, L.      165 265
Proudman, I.      265
Quadrupole      250
Radial viscous inflow      168
Radial viscous inflow, inner expansion for      169
Radial viscous inflow, mass-flow defect in      172
Radial viscous inflow, matching of pressures for      170
Radial viscous inflow, matching of velocities for      170
Radial viscous inflow, Navier — Stokes equations for      169
Radial viscous inflow, outer expansion for      169
Radial viscous inflow, uniformly valid composite expansion for      172
Rayleigh, Lord      238 241 250 253 256 257 260 265 343 409
Rayleigh’s equation      272
Rayleigh’s equation, approach to limit cycle for      290
Rayleigh’s equation, limit cycle for      272
Rayleigh’s equation, strained coordinate expansion for      273
Rayleigh’s equation, two-scale expansion for      289
Rayleigh’s summability      257 260 261
Regular expansion for a boundary-perturbation problem      30
Regular expansion for a first-order equation      20
Regular expansion for a perturbed eigenvalue problem      24
Regular expansion for a perturbed oscillator      21
Regular expansion for a perturbed two-point boundary-value problem      22 34
Regular expansion for a weakly nonlinear eigenvalue problem      34
Regular expansion for weakly nonlinear vibrating string      34
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