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A Vibration Theory Combining the Dynamic Stiffness and Mobility Methods

Journal of the Aeronautical Sciences, 1945
Two new methods for calculating vibration problems—the dynamic stiffness method and the mobility method—have been introduced in recent years. Each of these methods offers certain advantages over the older vibration theory. This article is an at tempt to unify these two methods so that the best features of each are included in one theory.
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A Dynamic Stiffness/Boundary Element Method for the Prediction of Interior Noise Levels

Journal of Sound and Vibration, 1993
Abstract A method is presented for the prediction of the noise transmission into structures which have a constant cross-sectional geometry. The structural vibrations are analyzed by using the dynamic stiffness method, while the boundary element method (BEM) is used to calculate the interior noise levels.
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Comparison of dynamic stiffness and finite element methods in dynamics and aeroelastic response

2014
In linear elasticity, most of the theories of structures in dynamics are governed by partial differential equations of motion. Among the others, the Finite Element Method (FEM) is a numerical technique aiming at solving the above problem by reducing it in a system of algebraic equations.
PAGANI, ALFONSO   +2 more
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A dynamic stiffness-based modal analysis method for a double-beam system with elastic supports

Mechanical Systems and Signal Processing, 2021
Han Fei, Deng Zichen
exaly  

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