Sentence examples for modal parameter prediction from inspiring English sources

The numerical differential and integration methods are introduced and adopted to establish the modal parameter prediction program for the non-proportional damping model of MAFVRO.

The prediction of acoustical transfer impedance in the enclosure has demonstrated that a frequency dependent modal parameter may be used to describe the acoustic response.

Operational modal analysis is the primary tool for modal parameter identification in civil engineering.

The main modal testing procedures and modal parameter identification methods are reviewed, including both input/output and output-only approaches.

In modal parameter identification, the damped complex exponential response methods extract modal parameters using free decay responses.

Structural modal parameter identification under ambient excitation has strong engineering value and theoretical significance.

Automated modal parameter identification of civil engineering structures has been analyzed in a previous paper.

The application of EKF to modal parameter estimation is not new.

The modal parameters were numerically predicted and experimentally validated.

The radial horn is designed using finite element analysis and the predicted modal parameters are validated using experimental modal analysis.

From the results for the given numerical example, it is shown that even in the cases with a large modification of structural parameters the proposed iterative procedure can provide exact predictions of the modified modal parameters after only a few iterations, and the high order approximation approach can give excellent estimates.