Spon Press
New Titles and Key Backlist
Acoustical Engineering
2009
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Acoustical Engineering 2009 NEW
NEW
2ND EDITION
Footbridge Vibration Design
Acoustic Absorbers and Diffusers
Edited by Elsa Caetano, Alvaro Cunha, both at University of Porto, Portugal, Wasoodev Hoorpah, M.I.O., Paris, France and Joel Raoul, Sétra, Bagneux, France
Theory, Design and Application Trevor J. Cox, University of Salford, UK and Peter D’Antonio, RPG Diffusion Systems Inc., USA Absorbers and diffusers are two of the main design tools for altering the acoustic conditions of rooms, semi-enclosed spaces and the outdoor environment. Their correct use is important for delivering high quality acoustics. Unique and authoritative, this book describes how to effectively measure, model, design and apply diffusers and absorbers. It is a resource for new and experienced acousticians, seeking an understanding of the evolution, characteristics and application of modern diffusers. Absorption is a more established technology and so the book blends traditional designs with modern developments. The book covers practical and theoretical aspects of absorbers and diffusers and is well illustrated with examples of installations and case studies. This new edition brings Acoustic Absorbers and Diffusers up-to-date with current research, practice and standards. New developments in measurement, materials, theory and practice since the first edition (published in 2004) are included. The sections on absorbers are extended to include more about noise control. Selected Contents: Introduction 1. Applications and Basic Principles of Absorbers 2. Applications and Basic Principles of Diffusers 3. Measurement of Absorber Properties 4. Measurement and Characterization of Diffuse Reflections or Scattering 5. Porous Absorption 6. Resonant Absorbers 7. Some Other Absorbers 8. Prediction of Scattering 9. Schroeder Diffusers 10. Geometric Reflectors and Diffusers 11. Hybrid Surfaces 12. Absorbers and Diffusers in Rooms and Geometric Models 13. Active Absorbers and Diffusers. Appendix A: Table of Absorption Coefficients. Appendix B: MATLAB Scripts. Appendix C: Diffusion and Scattering Coefficients January 2009: 246x174: 496pp Hb: 978-0-415-47174-9: £90.00 eBook: 978-0-203-89305-0
The trend in the construction of footbridges, marked by an increased lightness and slenderness, has brought new requirements into design. In effect, despite the small loads associated with pedestrian action, two episodes of large vibrations in two landmarks, the Millennium Bridge in London, and the Solférino Bridge in Paris, have shown the importance of dynamic effects in long span footbridges. This gave rise to the need to develop methodologies for their assessment and control. The intensive research developed during the last decade on human-induced vibrations in footbridges is now getting more accredited by the establishment of design guidelines and recommendations. Footbridge Vibration Design presents new approaches, numerical tools and experimental tools for assessing and controlling pedestrian effects. Moreover, it includes a number of reference cases dealing with design and control. Focussed on the translation of these findings into practical recommendations, guidelines, codes and design tools for the design of new footbridges, it aims to set a standard for footbridge design. This book is intended for civil and mechanical engineers working on footbridges or related infrastructural projects. Selected Contents: Introduction 1. Recommendations, Guidelines and Codes 2. Numerical and Experimental and Design Tools 3. Practical Experience June 2009: 246x174: 200pp Hb: 978-0-415-49866-1: £48.99 eBook: 978-0-203-87466-0 • AVAILABLE AS AN INSPECTION COPY
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NEW FOR 2010
NEW
2ND EDITION
2ND EDITION
Environmental and Architectural Acoustics
Environmental Noise Barriers
Z. Maekawa, Environmental Acoustics Laboratory, Osaka, Japan, P. Lord and J.H. Rindel, Technical University of Denmark
Benz Kotzen, Chartered Landscape Architect, UK and Colin English, Chartered Acoustical Engineer, UK
Adopting a multi-disciplinary approach to the practice of achieving a more acceptable acoustic environment, this book draws on the same basic principles to cover both the outdoors and indoor space. It starts with the fundamentals of sound waves and hearing and goes on to the measurement of noise and vibration, room acoustics, sound absorption, airborne sound insulation and noise and vibration control. This serves as a foundation reference for students of architecture and environmental engineering, including those new to the study of acoustics. Problem-solving exercises are provided at the end of each chapter. The authors focus on techniques, methods and standards and lead into further more specialized material which makes the book useful for more advanced students and professional engineers. Selected Contents: 1. Fundamentals of Sound Waves and Hearing 2. Noise and Vibration: Measurement and Rating 3. Room Acoustics 4. Sound Absorption: Materials and Construction 5. Airborne Sound Insulation 6. Isolation of Structure-Borne Noise and Vibration 7. Noise and Vibration Control in the Environment 8. Acoustic Design of Rooms 9. Electro-Acoustic Systems 10. Agenda March 2010: 234x156: 432pp Hb: 978-0-415-44900-7: £80.00 eBook: 978-0-203-93135-6
A Guide to Their Acoustic and Visual Design
Environmental Noise Barriers examines both the acoustical and landscaping issues affecting the design of barriers. Detailed consideration is given to materials, engineering, legal and environmental issues as well as the health and social impacts of noise barriers. This extensively revised new edition is updated in line with UK and EU legislation and international provision of barriers. The use of new materials, designs and design thinking are discussed. It includes new methods for improving the acoustic performance of barriers and extended sections on road surfacing, tunnels and railways and aircraft/airport acoustic amelioration. The sections on vegetative barriers, the use of photovoltaics and integrated solutions have been expanded. Environmental Noise Barriers is a unique one-stop reference for practitioners, whether acoustical engineers, landscape architects or manufacturers, and for highways departments in local and central authorities. Selected Contents: Introduction. Defining the Need for Barriers. Acoustic and Visual Impact Assessment – Environmental Impact Assessment Techniques and Mitigation. Acoustic Performance of Barriers. Barrier Morphology and Design. Types of Barrier and Barrier Materials. Planting and Bio-Barriers. Noise Amelioration and Roads. Tunnels. Airports. Environmental Noise Barriers in Other Locations – Industrial Uses April 2009: 246x189: 280pp Hb: 978-0-415-43708-0: £90.00 eBook: 978-0-203-93138-7
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Building Acoustics Tor Erik Vigran, Norwegian University of Science and Technology, Norway Building or architectural acoustics is taken in this book to cover all aspects of sound and vibration in buildings. The book covers room acoustics but the main emphasis is on sound insulation and sound absorption and the basic aspects of noise and vibration problems connected to service equipment and external sources. Measuring techniques connected to these fields are also brought in. It is designed for advanced level engineering studies and is also valuable as a guide for practitioners and acoustic consultants who need to fulfil the demands of building regulations. It gives emphasis to the acoustical performance of buildings as derived from the performance of the elements comprising various structures. Consequently, the physical aspects of sound transmission and absorption need to be understood, and the main focus is on the design of elements and structures to provide high sound insulation and high absorbing power. Examples are taken from all types of buildings. The book aims at giving an understanding of the physical principles involved and three chapters are therefore devoted to vibration phenomena and sound waves in fluids and solid media. Subjective aspects connected to sound and sound perception is sufficiently covered by other books; however, the chapter on room acoustics includes descriptions of measures that quantify the ’acoustic quality’ of rooms for speech and music. Selected Contents: 1. Oscillatory Motion – Description and Analysis 2. Excitation and Response Relationships 3. Sound Waves in Fluids and Solid Media 4. Room Acoustics 5. Sound Absorbents 6. Sound Transmission – Properties of Simple Walls and Floors 7. Statistical Energy Analysis (SEA) 8. Sound Transmission Through Complex Systems 9. Sound Transmission in Buildings – Flanking Transmission 2008: 246x174: 384pp Hb: 978-0-415-42853-8: £85.00 eBook: 978-0-203-93131-8
Understanding Active Noise Cancellation Colin N. Hansen Understanding Active Noise Cancellation provides a concise introduction to the fundamentals and applications of active control of vibration and sound for the non-expert. It is also a useful quick reference for the specialist engineer. 2001: 234x156: 176pp Hb: 978-0-415-23191-6: £105.00 Pb: 978-0-415-23192-3: £36.99 eBook: 978-0-203-46733-6 • AVAILABLE AS AN INSPECTION COPY
Urban Sound Environment Jian Kang Over the past two decades there have been many major new developments in the field of urban sound environment. Jian Kang introduces and examines these key developments, including: • the development of prediction methods for urban sound propagation • establishment and application of noise-mapping software • new noise control measures and design methods. Also covered is the new EU directive on noise and the substantial actions it has brought about across Europe. As the importance of soundscape, acoustic comfort and sound environment design have become widely recognized, Urban Sound Environment is a thoroughly useful book for students and practitioners in a wide range of fields, from urban planning and landscape through to architecture and acoustics. Selected Contents: 1. Fundamentals 2. Urban Sound Evaluation 3. Urban Soundscape 4. Micro-Scale Acoustic Modelling 5. Macro-Scale Acoustic Modelling 6. Urban Noise Mitigation 7. Sound Environment in Urban Streets and Squares 2006: 246x174: 304pp Hb: 978-0-415-35857-6: £69.99 eBook: 978-0-203-00478-4
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Acoustics
5TH EDITION
An Introduction
Room Acoustics Heinrich Kuttruff
Heinrich Kuttruff This definitive textbook provides students with a comprehensive introduction to acoustics. Beginning with the basic physical ideas, Acoustics balances the fundamentals with engineering aspects, applications and electroacoustics, also covering music, speech and the properties of human hearing. The concepts of acoustics are exposed and applied in: • room acoustics • sound insulation in buildings • noise control • underwater sound and ultrasound. Scientifically thorough, but with mathematics kept to a minimum, Acoustics is the perfect introduction to acoustics for students at any level of mechanical, electrical or civil engineering courses and an accessible resource for architects, musicians or sound engineers requiring a technical understanding of acoustics and their applications. Selected Contents: 1. Introduction 2. Some Facts on Vibrations 3. Acoustic Variables and Basic Relations 4. Plane Waves, Attenuation 5. Spherical Wave and Sound Radiation 6. Reflection and Refraction 7. Diffraction and Scattering 8. Sound Transmission in Pipes and Horns 9. Sound in Closed Spaces 10. Sound Waves in Isotropic Solids 11. Music and Speech 12. Human Hearing 13. Room Acoustics 14. Building Acoustics 15. Basics of Noise Control 16. Underwater Acoustics and Ultrasound 17. Electroacoustic Transducers 18. Microphones 19. Loudspeakers and Other Electroacoustic Sound Sources 20. Electroacoustic Systems 2006: 234x156: 480pp Hb: 978-0-415-38679-1: £115.00 Pb: 978-0-415-38680-7: £35.00 eBook: 978-0-203-97089-8
Since publication of the first edition in 1973, this professional and scientific reference has become the standard work in the field, providing detailed analysis of the state of the art in room acoustics. It outlines the theory and practice of sound behaviour in enclosed spaces. Particular emphasis is given to the properties and calculation of reverberation, the most obvious acoustical feature of a closed room. Further key topics include the mechanisms of sound absorption and psychoacoustical factors, from which design parameters and figures of merit are derived. Two chapters are devoted to practical questions such as measurement techniques and the procedures of room acoustical design. The interaction between a room’s acoustic properties and its electroacoustic systems is also considered, and refined systems for optimizing listening conditions in a room are presented. This fifth edition includes a new list of symbols, and updated sections include the measurement of the impulse response including a discussion of distortions, sound propagation as a diffusive process and scattering by wall irregularities. Selected Contents: List of Symbols 1. Some Facts on Sound Waves Sources and Hearing 2. Reflection and Scattering 3. The Sound Field in a Closed Space (Wave Theory) 4. Geometrical Room Acoustics 5. Reverberation and Steady State Energy Density 6. Sound Absorption and Sound Absorbers 7. Characterisation of Subjective Effects 8. Measuring Techniques in Room Acoustics 9. Design Considerations and Design Procedures 10. Electroacoustic Installations in Rooms 2000: 234x156: 368pp Hb: 978-0-415-48021-5: £99.00 eBook: 978-0-203-87637-4
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NEW
Predicting Outdoor Sound
2ND EDITION
Keith Attenborough, University of Hull, UK, Kai Ming Li, Hong Kong Polytechnic University and Kirill Horoshenkov, University of Bradford, UK
Auditorium Acoustics and Architectural Design Michael Barron, University of Bath, UK As performance art forms have developed over the centuries, so too have the specialized buildings to house them. Functionally and acoustically, the special properties of a particular room type enhance the quality of a performance, raising artistic and production standards. Modern concert halls and opera houses are now very specialized buildings with special acoustical characteristics. With new case-studies, this updated book explores these characteristics as an important resource for architects, engineers and auditorium technicians. Selected Contents: 1. Introduction 2. Sound and Rooms 3. Acoustics for the Symphony Concert Hall 4. The Development of the Concert Hall 5. British Concert Halls and Conclusions for Concert Hall Acoustics 6. Chamber Music and Recital Halls 7. Acoustics for Speech 8. Theatre Acoustics 9. Acoustics for Opera 10. Acoustics for Multi-Purpose Use 11. Multi-Purpose Halls in Britain 12. The Art and Science of Acoustics. Appendix A: Sound Reflection and Reverberation Calculation. Appendix B: Objective Measures for Music Auditoria. Appendix C: Further Objective Results in Concert Halls. Appendix D: Objective Measures for Speech Auditoria September 2009: 276x219: 480pp Hb: 978-0-419-24510-0: £80.00 eBook: 978-0-203-87422-6
Advanced Applications in Acoustics, Noise and Vibration Edited by Frank Fahy and John Walker The principal aim of this text is to provide comprehensive and up-to-date overviews of knowledge, applications and research activities in a range of topics that are of current interest in the practice of engineering acoustics and vibration. 2004: 234x156: 656pp Hb: 978-0-415-23729-1: £130.00 eBook: 978-0-203-64513-0
Predicting Outdoor Sound provides a scholarly yet practical examination of the phenomena that affect outdoor sound close to the ground and its prediction. It is devoted to bringing together theories and data to give both researchers and practitioners the basis for deciding which model to use in a given situation. The book covers recent advances in theory, new and old empirical schemes, available data and comparisons between theory and data. Detailed case studies of predictions and their uses are presented. There are chapters on ground impedance models and data, methods of measuring ground impedance, ground effects in homogenous atmospheres, sound propagation in refracting and turbulent atmospheres, sound propagation from moving sources, the performance of outdoor noise barriers, the effects of tall vegetation and both numerical and empirical methods for predicting the various influences on outdoor sound. International in its applications, and written by authors who have been key in many of the recent advances, Predicting Outdoor Sound is a definitive reference for the acoustic engineer. Selected Contents: 1. Introduction 2. The Propagation of Sound Near Ground Surfaces in a Homogeneous Medium 3. Predicting the Acoustical Properties of Outdoor Ground Surfaces 4. Measurements of the Acoustical Properties of Ground Surfaces and Comparisons with Models 5. Predicting Effects of Source Characteristics on Outdoor Sound 6. Predictions, Approximations and Empirical Results for Ground Effect Excluding Meteorological Effects 7. Influence of Source Motion on Ground Effect and Diffraction 8. Predicting Effects of Mixed Impedance Ground 9. Predicting the Performance of Outdoor Noise Barriers 10. Predicting Effects of Vegetation, Trees and Turbulence 11. Analytical Approximations Including Ground Effect, Refraction and Turbulence 12. Prediction Schemes 13. Predicting Sound in an Urban Environment 2007: 234x156: 456pp Hb: 978-0-419-23510-1: £85.00 eBook: 978-0-203-08873-9
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Fundamentals of Noise and Vibration
Sound Reinforcement Engineering
Edited by Frank Fahy and John Walker
Wolfgang Ahnert and Frank Steffen
This Masters Level textbook assumes no prior training in acoustics although a basic understanding of mechanics, fluid dynamics and applied mathematics is required. It outlines the fundamental principles and methods and points to their practical application.
Sound reinforcement is the increasing of the power of sound signals and reproducing them as acoustic signals. This book introduces the fundamentals of sound reinforcement engineering, and explains its relationship to other disciplines.
1998: 234x156: 536pp Hb: 978-0-419-24180-5: £200.00 Pb: 978-0-419-22700-7: £57.50 eBook: 978-0-203-47741-0
2000: 234x156: 424pp Hb: 978-0-415-23870-0: £148.00
Fundamentals and Practice
Noise Control From Concept to Application Colin Hansen
NEW 4TH EDITION
Engineering Noise Control Theory and Practice David A. Bies and Colin H. Hansen The practice of engineering noise control to solve the problems of noise demands a solid understanding of the fundamentals of acoustics, theoretical concepts and the practical application of current noise control technology. This fully revised and updated fourth edition provides comprehensive explanation of these key areas clearly yet without over-simplification. Written by experts of their field, the practical focus echoes advances in the discipline, reflected in the fourth edition’s new material, including: • completely updated coverage of active noise control
This practical book presents the scientific principles of noise control and their application to real problems. Through numerous worked examples, the reader can develop an understanding of noise control in a variety of social and industrial settings. Selected Contents: 1. Fundamentals 2. Noise Criteria and Basic Instrumentation 3. Sound Sources and Sound Power Measurement 4. Sound Propagation Outdoors and in Rooms 5. Sound Absorbing Materials: Properties and Their Measurement 6. Partitions, Enclosures and Barriers 7. Muffling Devices 2005: 234x156: 432pp Hb: 978-0-415-35860-6: £105.00 Pb: 978-0-415-35861-3: £40.00 eBook: 978-0-203-00481-4
3RD EDITION
Noise Control in Industry Sound Research Laboratories 1991: 234x156: 420pp Hb: 978-0-419-17170-6: £115.00 eBook: 978-0-203-47394-8
• a new chapter on practical numerical acoustics • thorough explanation of the latest instruments for measurements and analysis. Essential reading for advanced students or those already well versed in the art and science of noise control, this distinctive reference can be used to solve real world problems encountered by noise and vibration consultants as well as engineers and occupational hygienists. July 2009: 234x156: 752pp Hb: 978-0-415-48706-1: £85.00 Pb: 978-0-415-48707-8: £35.99 eBook: 978-0-203-87240-6
Acoustics in Moving Inhomogeneous Media Vladimir Ostashev 1997: 234x156: 259pp Hb: 978-0-419-22430-3: £175.00 eBook: 978-0-203-47724-3
3RD EDITION
Detailing for Acoustics Peter Lord and Duncan Templeton 1995: 297x210: 200pp Pb: 978-0-419-20210-3: £84.99
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Advanced Vibration Analysis
2ND EDITION
S. Graham Kelly
Vibration
This presents a comprehensive theory by tying together the theory and analysis methods for vibrations of discrete systems and vibrations of continuous systems with a unified mathematical theory. It covers vibrations in single degree of freedom systems, calculus of variations, linear algebra, operators for vibration problems, free vibrations of conservative and non-conservative systems, forced response, and variational methods.
Fundamentals and Practice
2006: 234x156: 664pp Hb: 978-0-8493-3419-1: £79.99 eBook: 978-1-4200-1532-4
Human Response to Vibration Neil J. Mansfield This offers authoritative guidance on whole-body vibration, hand-arm vibration, and motion sickness. It addresses vibration measurements and standards; introduces wave theory, vibration classification, and vibration axes; and analyzes vibration measurement topics including measurement flow, human vibration meters, and accelerometers. 2004: 234x156: 248pp Hb: 978-0-415-28239-0: £59.99
Clarence W. de Silva Maintaining the outstanding features and practical approach that led the bestselling first edition to become a standard in both the laboratory and the classroom, this second edition remains a solid reference and instructional tool for modelling, analyzing, simulating, measuring, monitoring, testing, controlling, and designing for vibration in engineering systems. 2006: 246x174: 1064pp Hb: 978-0-8493-1987-7: £86.00 eBook: 978-1-4200-0372-7
Sound Intensity Frank Fahy 1995: 234x156: 320pp Pb: 978-0-419-19810-9: £75.00 eBook: 978-0-203-47538-6
Active Control of Noise and Vibration Colin Hansen and Scott Snyder
Vibration Damping, Control, and Design
1996: 234x156: 1288pp Hb: 978-0-419-19390-6: £375.00
Edited by Clarence W. de Silva
4TH EDITION
Comprising chapters from the highly popular Vibration and Shock Handbook, this presents a concise reference to the techniques, tools, and data to monitor, reduce, control, and prevent mechanical vibrations, noise, and acoustics. It presents passive and active control methods for suppressing undesirable vibrations while enhancing desirable types of vibration; and the fundamentals and techniques of vibration damping, design for reduced vibration, various methods for controlling vibrations or isolating vibration-prone structures, the psychological and physiological effects of noise, noise suppression, and statistical energy analysis.
Theory of Vibration with Applications
2007: 246x174: 634pp Hb: 978-1-4200-5321-0: £79.99 eBook: 978-1-4200-5322-7
Vittorio Ferrari and Paolo L. Gatti
William Thomson 1996: 234x170: 560pp Pb: 978-0-7487-4380-3: £45.00
Applied Structural and Mechanical Vibrations Theory, Methods and Measuring Instrumentation 1999: 234x156: 848pp Hb: 978-0-419-22710-6: £148.00 eBook: 978-0-203-01455-4
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2ND EDITION
Gear Noise and Vibration J. Derek Smith 2003: 276x219: 320pp Hb: 978-0-8247-4129-7: £127.00 eBook: 978-0-203-91247-8
Industrial Noise Control and Acoustics Randall F. Barron 2002: 276x219: 552pp Hb: 978-0-8247-0701-9: £146.00 eBook: 978-0-203-91008-5
Noise of Polyphase Electric Motors Jacek F. Gieras, Chong Wang and Joseph Cho Lai 2005: 234x156: 392pp Hb: 978-0-8247-2381-1: £105.00 eBook: 978-1-4200-2773-0
Radiation Acoustics Leonid M. Lyamshev 2004: 234x156: 384pp Hb: 978-0-415-30999-8: £105.00 eBook: 978-0-203-02274-0
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