Static analysis of double-layer space grids under distributed loading,natural vibration analysis and stability analysis of three kinds of double-layer space grids have been studied with splitting rigidity method.

But the accuracy of ESPM when used in stability analysis, natural vibration analysis, etc.

Nonlinear natural vibration of monolayer cable net point-supported glass curtain wall;

Similarities in natural vibration of stiff cable structures and truss arch structures;

Nonlinear natural vibration of cable-truss of steel netlike roof;

This element has been employed to study the free vibration of some thin walled members, firstly .

The free vibration characteristics of the concrete supporting structure of the pumped-storage units were analysized with three dimensional finite element methods.

As the third paper in this series of nonlinear applications of the finite element method of lines (FEMOL), the present paper applies this method to eigenvalue problems by presenting a FEMOL analysis of the free vibration of various membranes.

Theoretic study on thin-walled press bar eccentric connection flexural-torsional inherent vibration;

Vibration Analysis of S385 Diesel Engine and Its Influences on Vehicle;

A survey of engineering structural damage identification methods based on vibration analysis;

Vertical vibration analysis of transversely isotropic saturated soils with elastic superstratum;

MP2 and B3LYP methods with AUG-cc-pVDZ basis sets are performed to optimize the 10 kinds of possible isomers of phosphorous clusters P_(5) and their cations and anions,and the converged results are verified by vibrational analysis in order to get the stable equilibrium geometries.

For all optimized configurations,there is no imaginary frequency in vibrational analysis.

The force constant matrixes of all critical poins (the reactants,the transition state and the products)of the reaction CH3+H2O→CH4+OH were computed by vibrational analysis at the UHF level for 6-31G basis sets.