Acoustics And Architecture
by Paul E. Sabine
Publisher: McGraw-Hill 1932
Number of pages: 358
Contents: Nature and properties of sound; Sustained sound in an inclosure; Reverberation theoretical; Reverberation experimental; Measurement of absorption coefficients; Sound absorption coefficients of materials; Reverberation and the acoustics of rooms; Acoustics in auditorium design; Measurement and control of noise in buildings; Theory and measurement of sound transmission; Transmission of sound by walls; Machine isolation.
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by E. T. Jaynes - Washington University
The main purpose of this book is to explain certain physical considerations useful not only to a beginner learning how to play a musical instrument, but also to an accomplished musician trying to gain full technical mastery of an instrument.
by Benjamin Crowell - lightandmatter.com
This is a text on vibrations and waves for an introductory college physics class. The treatment is algebra-based, with optional sections of calculus applications. This book is part of the Light and Matter series of introductory physics textbooks.
by David Lapp - Tufts University
The book covers the physics of waves, sound, music, and musical instruments at a high school physics level. A resource for those teaching or learning waves and sound from the middle school through college, at the mathematical or conceptual level.
by Horace Lamb - E. Arnold
The present treatise is devoted mainly to the dynamical aspect of sound. It is accordingly to a great extent mathematical, but the author tried to restrict himself to methods and processes which shall be as simple and direct as is possible.