A foundational work in the field of architectural acoustics, compiling the pioneering research of Wallace Clement Sabine. As the physicist who transformed acoustics from a qualitative art into a rigorous quantitative science, Sabine explores the complex behavior of sound within enclosed spaces. The text details his groundbreaking experiments, which led to the discovery of the relationship between reverberation time, room volume, and sound absorption-a principle now fundamental to modern building design.

First published by Harvard University Press, 1922, this edition is from 1964, unabridged, unaltered, but added is a foreword by Frederick V. Hunt. The texts cover a wide range of essential topics, including the measurement of sound intensity, the absorbing power of various materials, and the practical application of acoustic principles in the design of lecture halls and concert rooms. Through meticulous observation and mathematical analysis, Sabine addresses the challenges of echoes, resonance, and sound interference.

“Collected Papers on Acoustics” remains an indispensable resource for physicists, engineers, and architects, offering timeless insights into how physical environments shape our auditory experience. His work laid the groundwork for modern acoustic engineering, ensuring that clarity and musical quality could be scientifically predicted and achieved in public spaces.

About the author

Wallace Clement Sabine (1868-1919) was an American physicist who founded the field of architectural acoustics. Sabine was the architectural acoustician of Boston’s Symphony Hall, widely considered one of the two or three best concert halls in the world for its acoustics. After graduating, Sabine became an assistant professor of physics at Harvard in 1889. He became an instructor in 1890 and a member of the faculty in 1892. In 1895, he became an assistant professor and in 1905, he was promoted to professor of physics.

Paperback, 279 pages (plus a catalogue of Dover Publications, an additional 22 pages!)