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Review of the dynamic stiffness method for free-vibration analysis of beams

Transportation Safety and Environment 2019年第2期1卷 106-116页

作者： J.R.Banerjee Department of Mechanical Engineering and Aeronautics School of MathematicsComputer Science and EngineeringCityUniversity of LondonLondonEC1V 0HBUnited Kingdom

The application of the dynamic stiffness method(DSM)for free-vibration analysis of beams is surveyed in this *** historical development of the DSM,which has taken place in several stages,is discussed in detail with reference to the free-vibration problems of *** particular,the suitability of the DSM in solving the free-vibration problems of beams through the application of the well-known Wittrick–Williams algorithm as a solution technique is *** literature concerning homogeneous isotropic metallic beams,for which the DSM is well established,is reviewed first,after which,with the rapid and ongoing emergence of advanced composite materials,the development of the DSM in solving the free-vibration problems of anisotropic beams is *** free-vibration analysis of functionally graded beams using the DSM is also *** survey covers the DSM application for free-vibration analysis of a wide range of beams,including sandwich beams,rotating beams,twisted beams,moving beams and bending-torsion coupled beams,amongst *** aspects of the contributions made by the author and his research team are also ***,the future potential of the DSM in solving complex engineering problems is projected.

关键词： dynamic stiffness method Wittrick-Williams algorithm free-vibration analysis

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