This technical book helps the design engineer and acoustician to understand the noise development of machines and systems in a comprehensible way, based on an acoustic weak point analysis. It is essential to distinguish between airborne and structure-borne sound radiation. This knowledge enables the designer to develop targeted primary and secondary noise reduction measures. Selected application examples from practice support the user in developing his own ideas for the implementation of product-related noise reduction.
The content
- Physical principles of the generation, transmission and radiation of machine noise - Mechanisms of noise generation - Measurement techniques - Various noise reduction options for primary and secondary measures - Field-tested application examples
The target groups
- Engineers, plant designers and acousticians involved in primary, secondary and design noise abatement.
- Students of mechanical engineering, process engineering and technical physics at technical colleges, universities and universities of applied sciences.
The author
Professor Dr.-Ing. Gh. Reza Sinambari taught, among other things, the subjects of sound and vibration protection, emission technology acoustics and construction acoustics at the FH Bingen. He was managing director of the company IBS, Ingenieurbüro für Schall- und Schwingungstechnik GmbH, Frankenthal, for approx. 27 years, where he currently works as a consultant.This technical book focuses on the acoustic analysis of weak points in a comprehensible manner. This reliably helps the designer and acoustician to understand the noise development of machines and systems and to develop suitable primary and secondary noise reduction measures. Selected application examples from practice support the user in developing his own ideas for the implementation of product-related noise reductions.
Gh. Reza Sinambari
Work noise Damper impedance Single-mass transducer Spring impedance Sound generation Structure-borne sound insulation Splitter silencer Low-noise design Noise reduction Reverberation time Primary noise reduction measure Sound immision Sound intensity measurement Acoustic power level acoustic energy balance