Sentence examples for the overall deflection from inspiring English sources

By taking local indention effect and foam core strength into account in the overall deflection process, a novel theoretical model is investigated to predict the large deflection with local indentation of sandwich beam under quasi-static lateral loading.

In the initial response period the overall deflections are limited and significant foam core crushing is caused in the conventional design by the incident compression wave.

A section transformation method was used to evaluate the overall bending stiffness and the midspan deflection of the CFGF slabs.

The application of the described method to the design of a curved duct with an overall deflection of around 90° will be presented, with the aim of showing the potentialities of the method, which is computationally quite simple.

The use of three equivalent rectangular curvature blocks enables the approximation of beam deflection between the loading points and rotations at the beam end supports, as a result of which the overall beam deflection could closely approximate that of linearly-varying curvature distributions ϕ(x) in Fig. 3b (Fig. 3d).

The model was used to study the effect of the electrode area on the overall plate deflection per unit input voltage such that the electromechanical coupling is optimized.

The results also show a good capability of the numerical models to predict the overall load deflection behaviour of the UHPFRC beams.

This article contributes towards the development of more accurate models to assess the overall shear deflection behaviour of FRP RC beams so as to balance the performance, serviceability and economic viability of structures.

An analytical solution of the CSJ system which incorporates the stud anchor stiffness coefficient is utilized to predict the overall system deflection when the effective composite moment of inertia of the joist is included.

Although the overall dawn dusk deflection of the flow and field is interpreted as the localized BBF and associated MHD scale process as above, we note that the role of small-scale disturbances is also significant during these events.

The pitch angle of the carbody (gamma_{1}) is determined by gamma_{1} = arcsin ({{d_{s} } mathord{left/ {vphantom {{d_{s} } {l_{1} }}} right. kern-0pt} {l_{1} }}), (1 where (d_{s}) is the overall vertical deflection of the secondary and primary springs and (l_{1}) is the bogie center distance.