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Designed for engineers with little or no training in noise measurement, this practical handbook provides a thorough grounding in machinery acoustics, techniques crucial for the design of today's quieter machines. After a discussion of fundamental acoustic terminology; the authors describe various methods for machinery sound power measurement in free field, in semi-reverberant space, and in a reverberant room. Other sections consider noise measurement on nominally identical small machines, sound intensity measurement, and the new analogue and digital noise measuring equipment. In an era of growing noise pollution, this book will be very useful to acoustic engineers and equipment designers responsible for producing quieter machines.
This text investigates the technical methodologies and acoustic principles required to accurately measure and mitigate noise generated by industrial machinery. Authors Audrey J. Ellison and S. J. Yang provide a structured framework for engineers who lack formal training in acoustics, bridging the gap between theoretical sound physics and practical industrial application. The book synthesizes fundamental terminology with specific measurement protocols to assist in the development of quieter mechanical systems.
What You Will Find
Experts identify this monograph as a foundational reference for practitioners entering the field of industrial noise control. Readers frequently note the technical clarity of the prose, which serves as a reliable guide for engineers tasked with meeting modern noise pollution standards.
Page Count:
224
Publication Date:
1985-12-05
Publisher:
Oxford University Press
ISBN-10:
0198593333
ISBN-13:
9780198593331
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