Sentence examples for mode superposition technique from inspiring English sources

Using the complex mode superposition technique, the response-dependent dynamic condensation matrix may be interpreted as any-mode-, including whole-mode, m-mode, P-mode and single-mode, dependent condensation matrix.

Second, based on the closed form solution and using the mode superposition technique, the eigenvalue equation of the "constrained" plate (with any number of concentrated elements attached) is derived.

By applying a mode superposition technique to the bridge only and taking the measured track irregularities as known quantities, the number of degrees of freedom (d.o.f). the bridge train system is significantly reduced and the coupled equations of motion are efficiently solved.

Using mode superposition technique, the bridge deflection in flexure has been shown by Meriovitch [36] as y x,t) = sumlimits_{k = 1}^{infty } {varphi_{k} (x q_{k} (t)}, (10 where ( phi_{k} left( x right) ) is the flexural mode of the beam for simply supported boundary condition and q k (t) is the generalized co-ordinates in the kth mode.

The simple wave approach to the solution of the problem with a comparatively small computational effort is well justified for the analysis of vibration of a large number of panels for which exact methods, finite element techniques and normal mode superposition methods involve voluminous computation.

The formulation uses a geometric damage model, perturbation of mode shapes and natural frequencies, and a modal superposition technique to obtain and solve the governing differential equation.

It is shown how to extend, the modal synthesis procedure: the proposed non-linear modes obtained from free vibrations are used to construct a superposition technique to describe the forced response of harmonically excited systems.

Conventional analysis methods for building structures with added viscoelastic dampers, such as direct integration, complex mode superposition, and modal strain energy method, were compared, and a procedure based on rigid diaphragm assumption and matrix condensation technique was proposed for application in the preliminary analysis and design stages.

Provides an introduction to the method of normal mode superposition.

Single- and multiple-degree-of-freedom vibration problems, using matrix formulation and normal mode superposition methods.

For this purpose, modal superposition technique is utilized.