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Produktbild: FOUNDATIONS OF ENGINEERING ACO

FOUNDATIONS OF ENGINEERING ACO

123,99 €

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Beschreibung

Produktdetails

Einband

Gebundene Ausgabe

Erscheinungsdatum

12.09.2000

Verlag

Elsevier LTD, Oxford

Seitenzahl

443

Maße (L/B/H)

24/16,5/23,4 cm

Gewicht

930 g

Sprache

Englisch

ISBN

978-0-12-247665-5

Beschreibung

Rezension

"...a masterpiece of thoroughness, organization, and clarity...sure to become a classic in acoustical literature and should be on the shelves of every acoustics library.” --Jorge P. Arenas, Auburn University, International Journal of Acoustics and Vibration, Vol. 6, No. 1, 2001

"essentially a text book aimed at senior undergraduate, and post graduate engineering students, and their tutors ... However, the scope and format are also suitable for professional engineers with no formal training in acoustics...Foundations of Engineering Acoustics does great service to the field of acoustics by providing an appropriate introduction to the practical implications of noise and vibration in engineering and everyday life in general.” --Donald Quinn, Institute of Acoustics Bulletin

"...there are very few textbooks that present Engineering Acoustics at a fairly basic, though higher than elementary, level. Professor Fahy's book therefore meets a need on the part of many engineers who may lack a formal background in acoustics but nonetheless are faced with acquiring some knowledge of the subject...Questions are occasionally interposed in the text, and these should help to stimulate the thought processes of the reader. The occasional flashes of humor are welcome...One feels that Professor Fahy has succeeded in his purpose,"...to assist readers to acquire an understanding of those concepts and principles, physical phenomena, theoretical models and mathematical representations that form the foundations of the practice of engineering acoustics"...the reader who carefully reads and works his way through this text will acquire a very good understanding of the physics involved in a wide range of engineering acoustics and vibration applications, as well as the mathematical basis for tackling more advanced problems...Overall, Frank Fahy has written a book that is up to the standard of erudition, authoritativeness and pedagogical excellence that we have come to expect from him on the basis of his other publications.” --Applied Acoustics, Vol. 66, Issue 1, January 2005

"I found that this book serves its purpose as a comprehensive introduction to acoustics for the upper level engineering student. I can also recommend the text as a refresher for the practicing engineer.” --Stephen M. Jaeger, Colin Gordon & Associates, San Bruno, CA, USA

Produktdetails

Einband

Gebundene Ausgabe

Erscheinungsdatum

12.09.2000

Verlag

Elsevier LTD, Oxford

Seitenzahl

443

Maße (L/B/H)

24/16,5/23,4 cm

Gewicht

930 g

Sprache

Englisch

ISBN

978-0-12-247665-5

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Zeitfracht Medien GmbH
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produktsicherheit@zeitfracht.de

Herstelleradresse

Elsevier Science & Technology
125 London Wall|EC2Y 5AS|London|GB
tradeorders@elsevier.com

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  • Produktbild: FOUNDATIONS OF ENGINEERING ACO

  • Preface

    Acknowledgments

    Chapter 1 Sound Engineering

    1.1 The Importance of Sound

    1.2 Acoustics and the Engineer

    1.3 Sound the Servant

    Chapter 2 The Nature of Sound and Some Sound Wave Phenomena

    2.1 Introduction

    2.2 What Is Sound?

    2.3 Sound and Vibration

    2.4 Sound in Solids

    2.5 a Qualitative Introduction to Wave Phenomena

    2.5.1 Wavefronts

    2.5.2 Interference

    2.5.3 Reflection

    2.5.4 Scattering

    2.5.5 Diffraction

    2.5.6 Refraction

    2.5.7 The Doppler Effect

    2.5.8 Convection

    2.6 Some More Common Examples of the Behavior of Sound Waves

    Chapter 3 Sound in Fluids

    3.1 Introduction

    3.2 The Physical Characteristics of Fluids

    3.3 Molecules and Particles

    3.4 Fluid Pressure

    3.5 Fluid Temperature

    3.6 Pressure, Density and Temperature in Sound Waves in a Gas

    3.7 Particle Motion

    3.8 Sound in Liquids

    3.9 Mathematical Models of Sound Waves

    3.9.1 The Plane Sound Wave Equation

    3.9.2 Solutions of the Plane Wave Equation

    3.9.3 Harmonic Plane Waves: Sound Pressure

    3.9.4 Plane Waves: Particle Velocity

    3.9.5 The Wave Equation in Three Dimensions

    3.9.6 Plane Waves in Three Dimensions

    3.9.7 The Wave Equation in Spherical Coordinates

    3.9.8 The Spherically Symmetric Sound Field

    3.9.9 Particle Velocity in the Spherically Symmetric Sound Field

    3.9.10 Other Forms of Sound Field

    Chapter 4 Impedance

    4.1 Introduction

    4.2 Some Simple Examples of the Utility of Impedance

    4.3 Mechanical Impedance

    4.3.1 Impedance of Lumped Structural Elements

    4.4 Forms of Acoustic Impedance

    4.4.1 Impedances of Lumped Acoustic Elements

    4.4.2 Specific Acoustic Impedance of Fluid in a Tube at Low Frequency

    4.4.3 Normal Specific Acoustic Impedance

    4.4.4 Radiation Impedance

    4.4.5 Acoustic Impedance

    4.4.6 Line and Surface Wave Impedance

    4.4.7 Modal Radiation Impedance

    4.5 an Application of Radiation Impedance of a Uniformly Pulsating Sphere

    4.6 Radiation Efficiency

    Chapter 5 Sound Energy and Intensity

    5.1 The Practical Importance of Sound Energy

    5.2 Sound Energy

    5.3 Transport of Sound Energy: Sound Intensity

    5.4 Sound Intensity in Plane Wave Fields

    5.5 Intensity and Mean Square Pressure

    5.6 Examples of Ideal Sound Intensity Fields

    5.6.1 The Point Monopole

    5.6.2 The Compact Dipole

    5.6.3 Interfering Monopoles

    5.6.4 Intensity Distributions in Orthogonally Directed Harmonic Plane Wave Fields

    5.7 Sound Intensity Measurement

    5.8 Determination of Source Sound Power Using Sound Intensity Measurement

    5.9 Other Applications of Sound Intensity Measurement

    Chapter 6 Sources of Sound

    6.1 Introduction

    6.2 Qualitative Categorization of Sources

    6.2.1 Category 1 Sources

    6.2.2 Category 2 Sources

    6.2.3 Category 3 Sources

    6.3 The Inhomogeneous Wave Equation

    6.3.1 Sound Radiation by Foreign Bodies

    6.3.2 Boundary 'Sources' Can Reflect or Absorb Energy

    6.4 Ideal Elementary Source Models

    6.4.1 The Dirac Delta Function

    6.4.2 The Poi