Chitra Gautam – författare

This book explains all aspects of building acoustics including the design considerations, empirical formulations, measurement methodology and uncertainty quantifications. It presents a database of the acoustical materials tested in the reverberation chambers and sound impedance tube to understand the pertinent characteristics. It includes an in-depth analysis of factors affecting the sound insulation and absorption characteristics. A retrospective view of the National Building Codes of India and other countries and sound insulation requirements is also included.Features:Provides complete details on building acoustics measurements, analysis, and design considerationsIntroduces uncertainty analysis in building acoustics measurementsExplores the application of optimization methods in acousticsReviews methods for evaluation of sound insulation and sound absorption characteristics of acoustical materials and uncertainty analysisIncludes acoustic material databaseThis book is aimed at researchers and graduate students in acoustics, mechanical engineering, building science and noise control.

This book explains all aspects of building acoustics including the design considerations, empirical formulations, measurement methodology and uncertainty quantifications. It presents a database of the acoustical materials tested in the reverberation chambers and sound impedance tube to understand the pertinent characteristics. It includes an in-depth analysis of factors affecting the sound insulation and absorption characteristics. A retrospective view of the National Building Codes of India and other countries and sound insulation requirements is also included.Features: Provides complete details on building acoustics measurements, analysis, and design considerations Introduces uncertainty analysis in building acoustics measurements Explores the application of optimization methods in acoustics Reviews methods for evaluation of sound insulation and sound absorption characteristics of acoustical materials and uncertainty analysis Includes acoustic material database This book is aimed at researchers and graduate students in acoustics, mechanical engineering, building science and noise control.

This book explains all aspects of building acoustics including the design considerations, empirical formulations, measurement methodology and uncertainty quantifications. It presents a database of the acoustical materials tested in the reverberation chambers and sound impedance tube to understand the pertinent characteristics. It includes an in-depth analysis of factors affecting the sound insulation and absorption characteristics. A retrospective view of the National Building Codes of India and other countries and sound insulation requirements is also included.Features: Provides complete details on building acoustics measurements, analysis, and design considerations Introduces uncertainty analysis in building acoustics measurements Explores the application of optimization methods in acoustics Reviews methods for evaluation of sound insulation and sound absorption characteristics of acoustical materials and uncertainty analysis Includes acoustic material database This book is aimed at researchers and graduate students in acoustics, mechanical engineering, building science and noise control.

The handbook covers the topics of vibro-acoustics, noise, harshness and their related applications in detail. Various topics covered in this handbook are acoustics and vibration metrology, environmental noise measurements, building acoustics, acoustical meta-materials, underwater acoustics, soundscape approach, beam forming approach, 3D noise mapping, in-situ acoustical testing, etc. The handbook would provide a single window source of up-to-date information to the researchers, acousticians, noise and vibration control engineers, metrologists, industry, university graduates, masters, academicians, administrators, policymakers, regulators, and other stakeholders for a better understanding of vibro-acoustics, noise, harshness and related applications.