Sentence examples for dynamic stiffness coefficient from inspiring English sources
The validity and the convenience of the transfer dynamic stiffness coefficient method in solving dynamic problems accurately are confirmed.
Numerical results by the transfer dynamic stiffness coefficient method for a space frame structure are compared with results by the finite element method and experiment.
In this paper, the authors formulate a free and forced vibration analysis algorithm for frame structures using the transfer dynamic stiffness coefficient method.
This method is based on the concept of the transfer of the dynamic stiffness coefficient which is related to the force and displacement vector at each node from the left end to the right end of the structure.
That the larger the journal misalignment angle, the larger the absolute values of bearing's dynamic stiffness coefficients.
The boundary and continuity conditions are expressed in a convenient matrix form by assembling the dynamic stiffness coefficients.
A frequency-domain stochastic finite element method is developed in terms of dynamic stiffness coefficients of the constituent stochastic beam elements.
This paper gives exact dynamic stiffness coefficients for an axially loaded Timoshenko member embedded in an elastic medium and shows how to use them in a general theory for finding the natural frequencies of plane or space frames.
The benefits of the new findings are demonstrated by means of a typical application from foundation-engineering: very well prepared dynamic stiffness coefficients for groups of piles are used in order to treat transient excitations caused by an unbalanced rotor during running-up.
The main results of this article are the approximate analytical solutions for the displacement field, variance and dynamic-stiffness coefficient.
The basic step in the substructure approach based on discretization of the soil medium for the soil structure interaction problems is to determine the impedance functions which are defined as the complex dynamic-stiffness coefficients of the soil-footing system are used in the analysis of foundations vibrations.
