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振声学(第三卷)(英文版)
本书主要研究典型结构在各种激励下的振动响应、振动能量传递和声辐射的一般性规律。该书第一卷首先回顾了单自由度系统和频域分析,接着重点讨论了固体中的波传播、纵波和横波的耦合关系、结构阻尼和连接方式引起的波衰减、以及梁和板的弯曲振动等。第二卷则重点讨论了变分原理在复合结构振动分析中的应用、弹性支撑、流体介质中的波传播和源特性、声振耦合、波导型结构振动和能量流分析、舱壁板的隔声、随机声场和流场激励以及能量分析方法等内容。本书是前两卷的习题集。
样章试读
目录
PART 1 PROBLEMS
PART 2 SOLUTIONS
2.1 Chapter 1
2.2 Chapter 2
2.3 Chapter 3
2.4 Chapter 4
2.5 Chapter 5
2.6 Chapter 6
2.7 Chapter 7
2.8 Chapter 8
2.9 Chapter 9
2.10 Chapter 10
2.11 Chapter 11
2.12 Chapter 12
2.13 Chapter 13
2.14 Chapter 14
2.15 Chapter 15
2.16 Chapter 16
PART 3 SUMMARY OF RESULTS
3.1 One-degree of freedom systems
3.2 Vibration of coupled mass-spring systems
3.3 Fourier series
3.4 Temporal Fourier transforms
3.5 Spatial Fourier transforms
3.6 Frequency response function
3.7 Correlation functions
3.8 Stress and strain in solids
3.9 Wave equations(solids)
3.10 Point mobility
3.11 Longitudinal vibrations, finite beam
3.12 Flexural vibrations, finite slender beam
3.13 Flexural vibrations finite, thin rectangular plates
3.14 Vibration of orthotropic plates
3.15 Vibration of plates under tensions Tx, Ty and Txy
3.16 Vibration of sandwich/honeycomb beams
3.17 Vibration of Timoshenko beams
3.18 Vibration of Mindlin plates
3.19 Vibration of cylindical shells
3.20 Waves in stationary fluids
3.21 Room acoustics
3.22 Fluid loading
3.23 Radiation from a vibrating plate
3.24 Sound transmission loss
3.25 Variational methods
3.26 SEA
ERRATA VOLUME I
ERRATA VOLUME II]]>