Sentence examples for matrix condensation technique from inspiring English sources

The analysis method uses super elements developed using the matrix condensation technique.

The Guyan matrix condensation technique has been adopted to reduce the number of equations in the equations of motion.

It was also found that the matrix condensation technique applied to dynamic analysis of a structure with added viscoelastic dampers provided quite accurate results in significantly reduced time, regardless of the plan shape and the location of the viscoelastic dampers.

The proposed method employs super elements developed using the matrix condensation technique and fictitious beams are used in the development of super elements to enforce the compatibility at the interfaces of super elements.

In this paper, two efficient solution techniques, viz., the matrix condensation technique and the transfer matrix technique, are presented in conjunction with the substructuring principle for reducing these requirements substantially.

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.

This not only avoids the fully populated stiffness matrix likely to be caused by the condensation technique, but also enables the problem to be solved by a standard finite element package.

An improvement on this dynamic condensation technique is proposed in this paper to modify the iterative transformation matrix and achieve faster convergence.

The dynamic condensation technique fully depends on the definition and computational scheme of the dynamic condensation matrix.

By matrix condensation, Eq. (23) can be rewritten as [overline{K} ],{ y}, =,lambda^{2},[overline{M} ],{ y}.

Nanocrystalline manganese oxide powders were synthesized in previous study by an inert gas condensation technique [3].