Sentence examples for structural deflection from inspiring English sources

Air gap deflections due to structural deflection and bearing tolerances were examined independently.

The originality of this work lies principally in its physical interpretations and in the calculation of the time lag between aeroelastic forces and structural deflection.

The present semi analytic technique appears to be time efficient, robust and could be a very useful tool in predicting the hydroelastic effects in shear force, bending moment, structural deflection at initial design stage.

The direct FE discretization method, the homogenization method and the classical beam theory are examined systematically to reveal, on one hand, the existence of the size effect, and on the other hand, the ability of each method in capturing the size effect upon the static stress distribution and structural deflection.

Numerical experiments on simple flexure and coupled flexure-torsion systems indicate that the use of the natural norm yields structural deflection estimates of significantly greater accuracy than those obtained from the original SPA procedure and that measurement error tolerance is also enhanced.

The well agreement between the predicted deflections and the calculated deflections indicates that the proposed methods can be utilized to obtain structural deflections.

It has been shown numerically that the structural deflections of the VLFS can be reduced significantly by a suitably designed reverse T-shape floating breakwater.

This paper describes the mechanics and design of a Weighted Stretched Wire System (WSWS), a simple but effective device that was developed to monitor structural deflections.

The hydrodynamic forces are obtained in time domain through impulse response function, and the Duhamel integral is employed in order to get the structural deflections; velocity etc.

Methods based on the evaluation of structural deflections from experimental modal flexibility matrices are important tools in vibration-based damage detection, especially for building structures.

The output data from MRIT was utilized to estimate structural Frequency Response Function (FRF) and to identify deep-level structural parameters including modal scaling factor and structural flexibility, from which structural deflections under arbitrary loads were predicted.