Sentence examples for element updating from inspiring English sources

This paper presents a non-destructive approach to finite element updating using results from experimental modal data.

Since damage in a cable changes its natural vibration frequency, it can be assessed with a vibration-based finite element updating procedure.

Conventional finite element updating techniques make use of measured frequency response functions and modal parameter estimates to update the FE model parameters.

The effectiveness of the proposed finite element updating procedure is demonstrated by numerical examples as well as by actual laboratory experiments.

Based on the continuum mechanics principles, the finite element updated Langrangian incremental formulation for non-linear analysis is derived.

In this paper, damped finite element model updating procedure is proposed and tested with the objective that the damped finite element updated model is able to predict the measured FRFs accurately.

The usefulness of the proposed method for automated finite element model updating at the element level is shown by being able to lead to simultaneous estimation of the stiffness and mass parameters using experimental data.

Component mode synthesis (CMS) method is developed and applied to the element-by-element model updating of large-scale structures in this study.

Combining the substructure finite element model updating method with the response surface model updating method, one novelty finite element model updating method of bridge structure is proposed for updating the finite element model of a certain combined cable-stayed suspension model bridge.

In the context of finite element model updating, experimentally obtained features are used to improve the quality of an initial finite element model.

A new method for finite element model updating based on the quasi-static generalized influence line (QSGIL) residual objection is presented to update the finite element model in order to improve the quality of finite element algorithm.