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Lin C., Segel L. — Mathematics Applied to Deterministic Problems in the Natural Sciences
Lin C., Segel L. — Mathematics Applied to Deterministic Problems in the Natural Sciences



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Íàçâàíèå: Mathematics Applied to Deterministic Problems in the Natural Sciences

Àâòîðû: Lin C., Segel L.

Àííîòàöèÿ:

Addresses the construction, analysis, and interpretation of mathematical models that shed light on significant problems in the physical sciences.

The authors' case studies approach leads to excitement in teaching realistic problems. The exercises reinforce, test and extend the reader's understanding. This reprint volume may be used as an upper level undergraduate or graduate textbook as well as a reference for researchers working on fluid mechanics, elasticity, perturbation methods, dimensional analysis, numerical analysis, continuum mechanics and differential equations.



ßçûê: en

Ðóáðèêà: Ìàòåìàòèêà/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1988

Êîëè÷åñòâî ñòðàíèö: 629

Äîáàâëåíà â êàòàëîã: 06.03.2016

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Legendre equation      560
Length scale      128 215
Length scale      128 215
Lewy, H.      121
Liapunov stability      324
Liapunov stability      324
Lift      556
Lift      556
Lighthill, M.J.      68
Limit cycles      339
Limit cycles      339
Lin, C.C.      14 20
Line integrals, in thermodynamics      494—495
Line integrals, in thermodynamics      494—495
linear combination      44 59
linear combination      44 59
Linearity      43
Linearity      43
Linearization      29 322 368—371 519
Linearization      29 322 368—371 519
Lineweaver — Burke plot      319
Lineweaver — Burke plot      319
Liouville’s normal form      164
Liouville’s normal form      164
Lipschitz condition      57
Local determinism      490
Local determinism      490
Local equilibrium assumption      475
Local moment equilibrium      467
Local moment equilibrium      467
Local stress equilibrium      456—457
Logistic equation      324
Logistic equation      324
Lorentz transformation      488—490
Lorentz transformation      488—490
Mach number      542
Mach number      542
Mass action, law of      302—304
Mass conservation      16 254—255 356—358 440—449
Mass conservation      16 254—255 356—358 440—449
Mass distribution function      416—417 451—452
Mass distribution function      416—417 451—452
Matching      293—294 297 312—315
Matching      293—294 297 312—315
Material derivative      353 426—428
Material derivative      353 426—428
Material description      420
Material description      420
Material region      429
Material variables      357
Material variables      357
Mathematical model, Brownian motion      73—74 78—79
Mathematical model, chemotactic amoebae      24—27
Mathematical model, chemotactic amoebae      24—27
Mathematical model, conceptual versus descriptive      278
Mathematical model, conceptual versus descriptive      278
Mathematical model, diffraction of acoustic waves      583
Mathematical model, diffraction of acoustic waves      583
Mathematical model, DNA collision      106
Mathematical model, enzyme-substrate chemical reaction      302—307
Mathematical model, enzyme-substrate chemical reaction      302—307
Mathematical model, one-dimensional elastic bar      371—372
Mathematical model, planetary motion      37—40
Mathematical model, planetary motion      37—40
Mathematical model, simple pendulum      48
Mathematical model, standing gradient flow      244—268
Mathematical model, standing gradient flow      244—268
Mathematical model, stellar system      14
Mathematical model, stellar system      14
Matlak, R.F.      344
Maximum principle      123 571—572
Maximum principle      123 571—572
McBride, E.B.      76
Mean displacement      76
Mean displacement      76
Mean free path      491
Mean free path      491
Mean square displacement      76
Mean square displacement      76
Mean value theorem      571
Mean value theorem      571
Michaelis constant      319
Michaelis constant      319
Michaelis — Menten approximation      308
Michaelis — Menten approximation      308
Michelson Fourier analyzer      141
Michelson Fourier analyzer      141
Model equation      278
Model equation      278
Models, scale      200—203
Mole      247
Mole      247
Molecular average      414—415
Molecular model      506
Molecular model      506
Mollo-Christensen, E.      537
moment      76
moment      76
Moment, force      465
Moment, force      465
Moment, momentum      466
Moment, momentum      466
Momentum balance, angular      465—469
Momentum balance, angular      465—469
Momentum balance, linear      360—362 454—461
Momentum flux tensor      463
Momentum flux tensor      463
Momentum transfer equation      462
Montroll, E.W.      34
Morphogenetic motion      4
Morphogenetic motion      4
Morrison, P.      14
Motility      26
Motility      26
Motionless fluid, constitutive equation for      506—508
Motionless fluid, constitutive equation for      506—508
Multiple scale expansions      325—331
Multiple scale expansions      325—331
Munson, Z.Z.      241
Naive approximations      279
Naive approximations      279
Natural boundary conditions      407
Nemenyi, P.F.      502
Neumann problem      573
Neumann problem      573
Neutral stability      324 523
Neutral stability      324 523
Newton — Euler sound speed      543
Newton — Euler sound speed      543
Newton — Fourier law of cooling      101
Newton’s contributions to mechanics      412 502—503
Newton’s contributions to mechanics      412 502—503
Newton’s laws      412
Newton’s laws      412
Ninham, B.      74
Node      340
Node      340
Nonlinearity      16 27 53 539—540
Nonlinearity      16 27 53 539—540
Nonlinearity in stability theory      530
Nonlinearity in stability theory      530
Nonlinearity in waves      544—547
Nonlinearity in waves      544—547
Nonuniqueness      66
Nonuniqueness      66
Nordtvedt, K.      41
Norm      63
Norm      63
Normal modes      158 530
Normal modes      158 530
Normal stress      506
Normalization      145
Normalization      145
Notation, theoretical vs. particular      421
Numerical analysis      41
Numerical analysis      41
Numerical analysis for eigenvalues      165—166
Numerical analysis of stratified fluid layer      531
Numerical analysis of stratified fluid layer      531
Numerical analysis, compared with analytical approach      155 157
Numerical analysis, compared with analytical approach      155 157
O and o symbols      112—113 227
O and o symbols      112—113 227
Observer invariance      476
Observer invariance      476
Oppenheim, A.K.      305
Oppenheim, I.      491
Orbits, planetary and cometary      40
Order      52
Order      52
Order of magnitude      213—214
Order of magnitude      213—214
Order symbols      112—113
Order symbols      112—113
Orthodoxy      218—221
Orthodoxy      218—221
Orthogonal functions      145
Orthogonal functions      145
Orthogonality      161
Orthogonality      161
Oscillation theorems      163
Oscillation theorems      163
Osmol      247
Osmol      247
Osmosis      247
Osmosis      247
Outer approximation      289
Outer approximation      289
Outer approximation, solution      308
Outer approximation, solution      308
Overall wave number      522
Overall wave number      522
O’Malley, R.E.      300
Parameter dependence, continuity of      58
Parameter dependence, continuity of      58
Parametric differentiation      59 236
Parametric differentiation      59 236
Parsec      11
Parsec      11
Parseval’s theorem      146
Parseval’s theorem      146
Partial differential equations, classification of      10
Partial differential equations, classification of      10
Partial differential equations, first order      17
Particle      419
Particle      419
Particle path      419 423—424
Pendulum problem      48 55
Pendulum problem      48 55
Pendulum problem, dimensional analysis applied to      204
Pendulum problem, dimensional analysis applied to      204
Pendulum problem, multiple scale method applied to      326—330
Pendulum problem, multiple scale method applied to      326—330
Pendulum problem, phase plane behavior for      335—338 342—343
Pendulum problem, phase plane behavior for      335—338 342—343
Pendulum problem, residuals for      193
Pendulum problem, residuals for      193
Pendulum problem, series method for      226—233
Pendulum problem, series method for      226—233
Pendulum problem, stability of      322—324
Pendulum problem, stability of      322—324
Perihelion      45
Perihelion      45
Perihelion, advance of      41 56
Perihelion, advance of      41 56
Period      380
Period      380
Permeability      248
Permeability      248
Perturbation      29 515
Perturbation      29 515
Perturbation theory      41 45—55
Perturbation theory      41 45—55
Perturbation theory, multiple scale methods      325—331
Perturbation theory, multiple scale methods      325—331
Perturbation theory, Poincare's      53—55
Perturbation theory, Poincare's      53—55
Perturbation theory, series method      225—236
Perturbation theory, series method      225—236
Perturbation theory, two-parameter      265—267
Perturbation theory, unsuccessful use of      265
Perturbation theory, unsuccessful use of      265
Phase      381
Phase      381
Phase plane      334—344
Phase plane      334—344
Phase space number density      15
Pi theorem      207
Pi theorem      207
Piecewise smoothness      131
Piecewise smoothness      131
Pipe flow      205
Pipe flow      205
Piston      492—493
Piston      492—493
Pitts, R.F      247
Plane waves      542
Plane waves      542
Planets      36
Planets      36
Point-particle interchangeability      420
Point-particle interchangeability      420
Poisson equation      18 568
Poisson equation      18 568
Poisson integral formulas      577
Poisson integral formulas      577
Polar coordinates      563—564
Polar coordinates      563—564
Polar fluids      466
Polar fluids      466
Pollack, H.O.      55
Polya, G.      76
Polynomial equations, singular perturbations applied to      278—284
Polynomial, zeros of      188
Polynomial, zeros of      188
Polytropic state equation      541
Polytropic state equation      541
Potential energy, in elastic bars      402—403
Potential theory, gravitational      566—569
Potential theory, gravitational      566—569
Power spectrum      179—180
Power spectrum      179—180
Prager, W.      31
Pressure      478 506
Pressure      478 506
Prigogine, I.      537
Primary quantities      205
Primary quantities      205
Pritulo method      332
Pritulo method      332
probability      73
probability      73
Probability density function      93
Probability density function      93
Projectile problem, air resistance in      224
Projectile problem, air resistance in      224
Projectile problem, basic simplification procedures for      187 193
Projectile problem, basic simplification procedures for      187 193
Projectile problem, iteration method in      239
Projectile problem, nondimensionalization of      195—198
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