Sound, Structures, and Their Interaction, 2e
Miguel C. Junger and David Feit
Acoustical Society of America through the American Institute of Physics (1993)
451 pp., 23.00 USD
Sound, Structures and Their Interaction was originally published in 1972 by the Massachusetts Institute of Technology. This latest edition is more than 20 years newer, and it is more than 20 years since this latest edition has been published.
What it is basically about: If a sound wave hits a structure, it causes loading (and vibration) on the structure and the loading depends, in part, on the shape of the structure, the “intensity of the sound,” and on the density of the medium in which the sound is propagating. Similarly, if a structure vibrates, it produces a sound wave. The interaction between sound and structures is complex. The authors discuss homogeneous structures and ﬂuid media, especially useful for near-ﬁeld structural response. This is a very theoretical text meant for graduate students with math background or those experienced in the ﬁeld of acoustics.
The twelve chapters, each with ﬁve to nineteen sections, and some with numerous excellent references after each chapter, are the following:
- Statement of the Problem (including a short discussion of the historical development of structural acoustics)
- The Wave Equation and Its Elementary Solutions
- Applications of the Elementary Acoustic Solutions
- The Pressure Field of Arbitrary Source Conﬁgurations
- Plane Sound Radiators
- Convex Found Radiators
- Vibrations of Beams, Plates, and Shells
- Sound Radiation from Submerged Plates
- Sound Radiation by Shells at Low and Middle Frequencies
- Scattering of Sound by Rigid Boundaries
- Elastic Scatters and Waveguides
- High-Frequency Formulations of Acoustic and Structural Vibration Problems
Also, included at the end are a glossary, an index, and an errata page.
There are differences between this and the 1972 edition, and these are signiﬁcant enough to say that, if you have and like the ﬁrst edition, you might want to get this version, too. There is more content. For example, in this new edition, the chapter on “Sound Radiation from Submerged Plates” has been rewritten to have a closer look at near-ﬁeld effects and the effects of load distribution to far-ﬁeld directivity and sound power.
The chapters are well written and take the reader through the book in an organized fashion. It is very theoretical and the reader needs to be somewhat ﬂuent in vector mathematics.
This book, along with the ﬁrst edition, is classic in the ﬁeld. It is highly recommended.
Richard J. Peppin
Engineers for Change, Inc. and RION Co., Ltd.
Rockville, MD, USA