Авторизация
Поиск по указателям
Eringen A.C., Suhubi E.S. — Elastodynamics (vol. 2) Linear theory
Обсудите книгу на научном форуме
Нашли опечатку? Выделите ее мышкой и нажмите Ctrl+Enter
Название: Elastodynamics (vol. 2) Linear theory
Авторы: Eringen A.C., Suhubi E.S.
Аннотация: This present volume (Volume II) of "Elastodynamics" is devoted to an
exposition of the dynamical theory of linear isotropic elasticity. The plan
and the scope of this treatise includes a thorough discussion of the fundamental theorems concerning elastodynamics and various mathematical methods of solutions and their applications to a class of problems in one, two, and three dimensions. The uniqueness and reciprocal theorems are presented and applied. The solutions by means of potentials, singular solutions, complex function technique, methods of integral equations, and integral transforms are explored. Free and forced vibrations of bodies, of finite and infinite extent, having boundaries that are plane, cylindrical (circular, elliptic), ellipsoidal, and spherical shapes are discussed in some detail. Both initial- and boundary-value problems, including displacement
traction and mixed boundary conditions, are solved. The book closes with a chapter on diffraction theory. Various tables and graphs displaying frequencies, displacement, and stress fields should be useful to practitioners. Originally it was our intention to include accounts of anisotropic, imhomogeneous elastic, and thermoelastic solids, and lattice dynamics. Unfortunately, owing to length limitations, this project had to be abandoned.
Язык:
Рубрика: Физика /Классическая физика /Упругие среды /
Статус предметного указателя: Готов указатель с номерами страниц
ed2k: ed2k stats
Год издания: 1975
Количество страниц: 673
Добавлена в каталог: 17.06.2005
Операции: Положить на полку |
Скопировать ссылку для форума | Скопировать ID
Предметный указатель
Plane harmonic waves, irrotational 506
Plane harmonic waves, longitudinal 505
Plane harmonic waves, P-wave 506
Plane harmonic waves, S-wave 507
Plane harmonic waves, SH-wave 507
Plane harmonic waves, SV-wave 507
Plane harmonic waves, transverse, or shear 506
Plane motion 413
Plane waves in half-space 508—525
Plane waves in half-space, reflection at a plane surface 510 511
Plane waves in half-space, reflection at a plane surface, critical reflection 517
Plane waves in half-space, reflection at a plane surface, grazing incidence 513
Plane waves in half-space, reflection at a plane surface, incident P-wave 512
Plane waves in half-space, reflection at a plane surface, incident SV-wave 515
Plane waves in half-space, reflection at a plane surface, normal incidence 513
Plane waves in half-space, reflection at a plane surface, reflection coefficients 513
Plane waves in half-space, reflection at a plane surface, total reflection 524
Plane waves in half-space, surface waves 518
Pochhammer — Chree problem 773
Poisson material 516 522 540 750 847 910
Poisson solution for initial-value problem 376
Progressive elastic waves 969
Progressive elastic waves, reflection 972
Prolate spheroidal coordinates 727
Quasistatic solution 440
Radiation conditions of elastodynamics 414 416 420
Radiation conditions, Rellich 381
Radiation conditions, Sommerfeld 380 385 389 390 736
Radii of curvature, principal 958 971
Ray 957 970
Rayleigh equation 519 528 540 657
Rayleigh function 612
Rayleigh waves 518 528
Rayleigh waves, amplitudes for stresses and displacements 522
Rayleigh waves, velocity of propagation 521 708
Reciprocal theorem of elastodynamics 367 368 673 674 723
Reciprocal theorem of wave equation 370 373
Reduced elastodynamic equations 431—437
Reduced elastodynamic equations, integral representations 434 435
Reduced elastodynamic equations, Lame potentials 433
Reduced elastodynamic equations, radiation conditions 436
Reduced elastodynamic equations, reciprocal theorem 432
Reduced elastodynamic equations, Somigliana potential 433
Reduced elastodynamic equations, wave numbers 433
Reduced wave equation 385
Reduced wave equation, integral representations, three-dimensional 387
Reduced wave equation, integral representations, two-dimensional 387
Reduced wave equation, radiation conditions 389 477
Refraction and reflection at an interface of P-waves and SV-waves 536—539
Refraction and reflection at an interface of SH-waves 532 533
Refraction and reflection at an interface of SH-waves, critical incidence 534
Refraction and reflection at an interface of SH-waves, total reflection 534
Refractive index 533
Regular region 365 368 372 381
Retarded value 374
Riemann convolution 354
Riemann convolution, properties of 354
Rotation 348
Saltus problem 879
Scattered energy 893
Scattering 863
Scattering cross section 895
Scattering of elastic waves 864—869
Scattering of oblique plane waves from circular cylinder 906
Scattering of P-waves from circular cylinder 898
Scattering of P-waves from circular cylinder, cavity 899
Scattering of P-waves from circular cylinder, cavity stress concentration 900
Scattering of P-waves from circular cylinder, rigid cylinder 901
Scattering of P-waves from elliptic cylinder 929
Scattering of P-waves from elliptic cylinder, fixed-rigid cylinder 931
Scattering of P-waves from sphere 912 916
Scattering of P-waves from sphere, cavity 914
Scattering of P-waves from sphere, cavity stress concentration 915
Scattering of P-waves from sphere, rigid sphere 914
Scattering of plane pulses from circular cylinder 908
Scattering of plane pulses from circular cylinder, stress concentration 909 911
Scattering of plane waves from sphere 911
Scattering of SH-waves from circular cylinder 889
Scattering of SH-waves from circular cylinder, cavity 891
Scattering of SH-waves from circular cylinder, elastic cylinder 891
Scattering of SH-waves from circular cylinder, radiation field 896—898
Scattering of SH-waves from circular cylinder, rigid cylinder 869 891
Scattering of SH-waves from circular cylinder, scattered energy 894
Scattering of SH-waves from circular cylinder, scattering cross section 895
Scattering of SH-waves from circular cylinder, stress concentration 892
Scattering of SH-waves from elliptic cylinder 925
Scattering of SH-waves from elliptic cylinder, cavity 928
Scattering of SH-waves from elliptic cylinder, rigid fixed cylinder 927
Scattering of SH-waves from elliptic cylinder, stress concentration 928
Scattering of SV-waves from circular cylinder 903
Scattering of SV-waves from circular cylinder, cavity 903
Scattering of SV-waves from circular cylinder, rigid inclusion 904
Scattering of SV-waves from elliptic cylinder 929
Scattering of SV-waves from elliptic cylinder, rigid-fixed cylinder 932
Scattering of waves of arbitrary shape from sphere 917
Sectionally analytic function 594
Self-similar solutions, axisymmetric problems 760—772
Self-similar solutions, axisymmetric problems, associated plane problem 763 764
Self-similar solutions, axisymmetric problems, generation of axisymmetric field 762
Self-similar solutions, axisymmetric problems, uniformly expanding load 768
Self-similar solutions, plane problems 600—644
Self-similar solutions, plane problems in half space 611—614
Self-similar solutions, plane problems in half space, concentrated load moving with constant speed 628
Self-similar solutions, plane problems in half space, concentrated load with increasing magnitude 627
Self-similar solutions, plane problems in half space, Lamb's problem 614
Self-similar solutions, plane problems in half space, potentials 612
Self-similar solutions, plane problems in half space, uniformly expanding load 626
Self-similar solutions, plane problems, Chaplygin transformation 601
Self-similar solutions, plane problems, characteristics 602 605
Self-similar solutions, plane problems, displacements 606 607
Self-similar solutions, plane problems, displacements, fictitious 609
Self-similar solutions, plane problems, indenting wedge 629
Self-similar solutions, plane problems, indenting wedge, contact speed 641
Self-similar solutions, plane problems, indenting wedge, contact stresses 642
Self-similar solutions, plane problems, indenting wedge, driving force 643
Self-similar solutions, plane problems, indenting wedge, subsonic indentation 632
Self-similar solutions, plane problems, indenting wedge, supersonic indentation 639
Self-similar solutions, plane problems, indenting wedge, transonic indentation, first 636
Self-similar solutions, plane problems, indenting wedge, transonic indentation, second 637
Self-similar solutions, plane problems, stresses 606—608
Self-similar solutions, plane problems, stresses, fictitious 609
Simple wave region 603 605
Single-layer distribution 377 407
Singular integral equation 937
Skin effect 524
Snell'sLaw 511 512 533
Somigliana potential 354 355
Somigliana potential, completeness of 354
Source function 369
Sphere problem, displacements 806 809
Sphere problem, equilibrium equations 838
Sphere problem, free vibrations 812
Sphere problem, free vibrations, spheroidal oscillations 813
Sphere problem, free vibrations, spheroidal oscillations, displacement modes 827
Sphere problem, free vibrations, spheroidal oscillations, frequencies 818—823
Sphere problem, free vibrations, surface waves 830
Sphere problem, free vibrations, surface waves, dispersion curve 832
Sphere problem, free vibrations, torsional oscillations 813
Sphere problem, free vibrations, torsional oscillations, displacement modes 824
Sphere problem, free vibrations, torsional oscillations, frequencies 814—817 823
Sphere problem, harmonic solutions 807
Sphere problem, Helmholtz potentials 805 808
Sphere problem, incompressible 850
Sphere problem, incompressible, displacements 853 854 859
Sphere problem, incompressible, frequencies 856
Sphere problem, incompressible, stresses 853—855 860 861
Sphere problem, stresses 806 807 809 810
Sphere problem, surface tractions 833
Sphere problem, surface tractions, concentrated loads 835 836
Sphere problem, surface tractions, impact loads 839
Sphere problem, surface tractions, moving loads 837 838
Sphere problem, surface tractions, uniform tractions 835 836
Sphere problem, torsion 840
Sphere problem, torsion, displacements 843—845
Sphere problem, under polar tractions 845
Sphere problem, under polar tractions, displacements 846
Spherical Bessel function 809 811
Spherical cavity, subject to dynamical pressure 475
Spherical cavity, subject to dynamical pressure, impulsive pressure 480
Spherical cavity, subject to dynamical pressure, suddenly applied pressure 481
Spherical cavity, subject to dynamical pressure, uniform pulsating load 480
Spherical waves 474
Spheroidal wave functions 729 736
Spheroidal wave functions, angular functions 729
Spheroidal wave functions, asymptotic values 736
Spheroidal wave functions, radial functions 729
Stationarary potential energy 450
Stationary phase approximation 554
Steady-state solution 386
Steepest descent approximation 383 886 887 940 942
Stokes problem 390
Stokes state 397
Stokes state of quiescent past 397—399
Stokes tensor 395
Stoneley waves 539
Strain energy density 363
Strain tensor 345
Strain tensor in orthogonal coordinates 719
Stress concentration factor 892
Stress intensity factor 929 952 953
Stress tensor 345
Support of a function 349 363
Surface line impulse 673
Surface line load 674
Surface line load, displacement field 676
Surface line load, stress field 685
Surface twist 735—741
Surface waves 518 524—530 622 830
Surface waves, axisymmetric 530
Three-dimensional motions 717
Total energy density 556
Transient motion in half-space, due to, buried line impulse 665
Transient motion in half-space, due to, buried pressure source 652
Transient motion in half-space, due to, surface line load 674
Transient solution 386 503
Translation identity 397
Transport equations 957 970
Two-dimensional motions 500
Two-dimensional motions, fundamental equations 503
Two-dimensional motions, Lame potentials 503
Uniformly moving line load on half-space 574—584
Uniformly moving line load on half-space, subsonic case 574
Uniformly moving line load on half-space, supersonic case 582
Uniformly moving line load on half-space, transonic case 578
Uniqueness theorem of elastodynamics 360 367
Unit step function 374 382
Variational principles 442—453
Wave equation, conservation law 380
Wave equation, diffusion 383
Wave equation, energy identity 380
Wave equation, fundamental singular solution 371
Wave equation, Green's function in infinite region 372 374
Wave equation, integral representation, three-dimensional 373
Wave equation, integral representation, two-dimensional 381
Wave equation, local energy 381
Wave equation, local energy, flux 381
Wave equation, method of descent 383
Wave equation, radiation condition 380 381
Wave equation, radiation condition, two-dimensional 385
Wave front 957
wave number 386 505 512 555
Wave number surface 556
Wave packet 554 555
wave velocity 348
Wave velocity, equivoluminal 348
Wave velocity, irrotational 348
Waves in infinite plates 558—565
Waves in infinite plates, antisymmetric waves 562
Waves in infinite plates, antisymmetric waves, group velocity 563
Waves in infinite plates, antisymmetric waves, long-wave limit 562
Waves in infinite plates, antisymmetric waves, phase velocity 563
Waves in infinite plates, antisymmetric waves, short-wave limit 562
Waves in infinite plates, Rayleigh — Lamb frequency equation 560
Waves in infinite plates, Rayleigh — Lamb frequency equation, complex roots 563 564
Waves in infinite plates, Symmetric waves 560
Waves in infinite plates, Symmetric waves, group velocity 562
Waves in infinite plates, Symmetric waves, long-wave limit 561
Waves in infinite plates, Symmetric waves, phase velocity 562
Waves in infinite plates, Symmetric waves, short-wave limit 561
Реклама