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Preface

Prologue

Sound waves / Chapter 1.：

The wave equation / 1.1：

The speed of sound / 1.2：

Acoustic energy and intensity / 1.3：

The simple source / 1.4：

The acoustic dipole / 1.5：

Compact source regions in general / 1.6：

Compact source regions with dipole far fields / 1.7：

Ripple-tank simulations / 1.8：

Scattering by compact bodies / 1.9：

Quadrupole radiation / 1.10：

Radiation from spheres / 1.11：

Radiation from plane walls / 1.12：

Dissipation of acoustic energy / 1.13：

Exercises on chapter 1

One-dimensional waves in fluids / Chapter 2.：

Longitudinal waves in tubes and channels / 2.1：

Examples, including elastic tubes and open channels / 2.2：

Transmission of waves through junctions / 2.3：

Propagation through branching systems / 2.4：

Cavities, constrictions, resonators / 2.5：

Linear propagation with gradually varying composition and cross-section / 2.6：

Frictional attenuation / 2.7：

Nonlinear theory of plane waves / 2.8：

Simple waves / 2.9：

Shock waves / 2.10：

Theory of simple waves incorporating weak shock waves / 2.11：

Hydraulic jumps / 2.12：

Nonlinear propagation with gradually varying composition and cross-section / 2.13：

Nonlinear geometrical acoustics / 2.14：

Exercises on chapter 2

Water waves / Chapter 3.：

Surface gravity waves / 3.1：

Sinusoidal waves on deep water / 3.2：

Sinusoidal waves on water of arbitrary, but uniform, depth / 3.3：

Ripples / 3.4：

Attenuation / 3.5：

Introduction to group velocity / 3.6：

The Fourier analysis of dispersive systems / 3.7：

Energy propagation velocity / 3.8：

Wave patterns made by obstacles in a steady stream / 3.9：

Ship waves / 3.10：

Exercises on chapter 3

Internal waves / Chapter 4.：

Introduction to internal gravity waves / 4.1：

Combined theory of sound and internal waves / 4.2：

Internal waves in the ocean and in the atmosphere / 4.3：

Introduction to anisotropic dispersion / 4.4：

General theory of ray tracing / 4.5：

Ray tracing in a wind / 4.6：

Steady streaming generated by wave attenuation / 4.7：

Stationary phase in three dimensions / 4.8：

General theory of oscillating sources of waves / 4.9：

Internal waves generated by an oscillating source / 4.10：

Caustics / 4.11：

Wave generation by travelling forcing effects / 4.12：

Waveguides / 4.13：

Exercises on chapter 4

Epilogue

A variety of waves in fluids / Part 1：

Nonlinear effects on dispersive wave propagation / Part 2：

Bibliography (indexed as pages A to Q)

Some basic texts

Acoustic literature

Water-wave literature / Part 3：

Stratified-fluids literature / Part 4：

A bibliography for the epilogue / Part 5：

Notation list

Author index

Subject index

Preface

Prologue

Sound waves / Chapter 1.：

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