Page 18 - Singiresu S. Rao-Mechanical Vibrations in SI Units, Global Edition-Pearson (2017)
P. 18

ContEntS      15
                 13.6     Systems with Time-Dependent Coefficients   14.10  Power Spectral Density    14-23
                       (Mathieu Equation)  13-24               14.11  Wide-Band and Narrow-Band Processes    14-25
                 13.7   Graphical Methods  13-29               14.12   Response of a Single-Degree-of-Freedom
                       13.7.1   Phase-Plane Representation    13-29  System  14-28
                       13.7.2   Phase Velocity    13-34              14.12.1 Impulse-Response Approach   14-28
                       13.7.3     Method of Constructing             14.12.2 Frequency-Response Approach   14-30
                              Trajectories   13-34                   14.12.3   Characteristics of the Response
                       13.7.4     Obtaining Time Solution from Phase-Plane   Function   14-30
                              Trajectories   13-36             14.13   Response Due to Stationary Random
                 13.8   Stability of Equilibrium States    13-37     Excitations  14-31
                       13.8.1   Stability Analysis    13-37          14.13.1 Impulse-Response Approach   14-32
                       13.8.2   Classification of Singular Points    13-40  14.13.2 Frequency-Response Approach   14-33
                 13.9   Limit Cycles  13-41                    14.14   Response of a Multidegree-of-Freedom
                 13.10  Chaos  13-43                                 System  14-39
                       13.10.1  Functions with Stable Orbits    13-45  14.15  Examples Using MATLAB    14-46
                       13.10.2  Functions with Unstable Orbits    13-45     Chapter Summary  14-49
                       13.10.3   Chaotic Behavior of Duffing’s Equation      References  14-49
                              Without the Forcing Term    13-47      Review Questions  14-50
                       13.10.6   Chaotic Behavior of Duffing’s Equation      Problems  14-53
                              with the Forcing Term    13-50         Design Project  14-61
                 13.11  Numerical Methods  13-52
                 13.12  Examples Using MATLAB    13-53         APPEnDIx A
                       Chapter Summary  13-62                  Mathematical relations and Material Properties    1092
                       References  13-62
                       Review Questions  13-64
                       Problems  13-67                         APPEnDIx B
                       Design Projects  13-75                  Deflection of Beams and Plates    1095

                                                               APPEnDIx C
                 ChAPtEr 14                                    Matrices   1097
                 random Vibration  14-1
                 14.1   Introduction  14-2                     APPEnDIx D
                 14.2   Random Variables and Random Processes    14-3  Laplace transform    1104
                 14.3   Probability Distribution  14-4
                 14.4   Mean Value and Standard Deviation    14-6
                 14.5     Joint Probability Distribution of Several    APPEnDIx E
                       Random Variables  14-7                  Units   1112
                 14.6     Correlation Functions of a Random
                       Process  14-9                           APPEnDIx F
                 14.7   Stationary Random Process    14-10     Introduction to MAtLAB    1116
                 14.8   Gaussian Random Process    14-14
                 14.9   Fourier Analysis  14-16                Answers to Selected Problems    1126
                       14.9.1   Fourier Series    14-16
                       14.9.2   Fourier Integral    14-19
                                                               Index   1135
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