Occupational Noise and Workplace Acoustics Advances in Measurement and Assessment Techniques Occupational Safety, Health, and Ergonomics Series
Coordonnateur : Pleban Dariusz
Modern noise research and assessment techniques are commonly used in the workplace and our personal living environment. Occupational Noise and Workplace Acoustics presents new, innovative, advanced research and evaluation methods of parameters characterizing acoustic field and noise in the working environment, as well as acoustic properties of rooms and noise reduction measures. This includes acoustic field visualization methods, field imaging techniques, wireless sensor networks, and the Internet of Things (IoT); optimization methods using genetic algorithms; acoustic quality assessment methods for rooms; and methods for measuring ultrasonic noise in the frequency range of 10-40 kHz.
This book is a valuable resource for individuals and students interested in the areas of acoustic and sound engineering as it provides:
- The latest techniques and methods in the field of noise reduction and improvement of acoustic comfort,
- Innovative and advanced acoustic field visualization techniques for those with an auditory impairment,
- Explains noise reduction through proper workplace design,
- Discusses use of wireless sensor networks and the IoT for monitoring noise, and
- Provides acoustic quality assessment methods.
"The authors? intention to expound on advanced issues in a lucid and accessible way was rewarded with success. In the book, an expert will find a number of hints helpful in solving actual problems, whereas a layperson will be able to form a view on challenges facing contemporary technology. What should also be emphasized is the book?s soundness in documenting these advanced theses and postulates with diligently conducted empirical research.
Despite a wide thematic range, the book is written consistently and under no circumstances can be considered a collection of randomly selected problems. The content corresponds fully to the title. The authors are consistent in acquainting the reader with topical scientific issues concerning assessment of acoustic hazards and the methodology of combating them."
?Professor Zbigniew D?browski, BEng, PhD, DSc, Warsaw University of Technology
Contents
Preface
Acknowledgment
Editor
Contributors
Series Editor
Chapter 1 Basic Concepts and Quantities Characterizing Sound
Dariusz Pleban
Chapter 2 Sound Field Visualization in Noise Hazard Control
Grzegorz Szczepański
Chapter 3 The Surround Sound in Aural Perception Tests
Grzegorz Szczepański
Chapter 4 Wireless Sensor Networks
Leszek Morzyński
Chapter 5 Genetic Optimization Techniques in Reduction of Noise Hazards
Leszek Morzyński
Chapter 6 A Multi-Index Method for Acoustic Quality Assessment of Classrooms
Jan Radosz
Chapter 7 Studies on Acoustic Properties of Open-Plan Office Rooms
Witold Mikulski
Chapter 8 Ultrasonic Noise Measurements in the Work Environment
Jan Radosz
Chapter 9 Studies on Sound Insulation of Enclosures in the 10–40 kHz Frequency Range
Witold Mikulski
Chapter 10 Studies on Sound Insulation Effectiveness of Phononic Crystals
Jan Radosz
Index
Date de parution : 05-2023
15.6x23.4 cm
Date de parution : 09-2020
15.6x23.4 cm
Thèmes d’Occupational Noise and Workplace Acoustics :
Mots-clés :
Sound Pressure Level; A-weighted Sound Pressure Level; Hearing; Mid-band Frequencies; Sounds; En ISO; Internet of Things to IOT; Reverberation Time; Ultrasonic noise; Octave Frequency Band; Impaired; A-weighted Equivalent Sound Pressure Level; Phononic crystals; Sound Intensity Level; assessment method; genetic algorithms; Standard En ISO; workplace acoustics; Sound Power; occupational noise; Sound Pressure Level Distribution; internet of things; Sound Intensity Vector; Labour Protection National Research Institute; Octave Bands; Index QI; Minimum Allowable Distance; Virtual Acoustic Environment; Sound Power Level; Speech Transmission Index; WSN; Reference Sound Source; Equivalent Sound Pressure Level; Genetic Algorithm