Sentence examples for behavior of composite slabs from inspiring English sources

Despite their common usage, relatively little research has been reported on the in-service behavior of composite slabs.

According to that, the tests are designed to provide fundamental information on the behavior of composite slabs with realistic geometric and material characteristics.

The objectives of the experimental program were to obtain benchmark, laboratory-controlled data on the long-term structural response of composite slabs under different sustained service loads, in particular the time-varying deflection, and to analyze the effect of creep and shrinkage on the long-term behavior of composite slabs.

The longitudinal shear failure mode determines the post-slip strength and behaviour of composite slabs.

Surprisingly, little appears in the published literature on rational modelling of the behaviour of composite slabs subjected to these types of straining, despite its practical importance and significance, and the proliferation of composite slabs in contemporary building structures.

The laboratory data was then used to validate analytical models for the prediction of time-dependent behavior (Gilbert et al. 2012; Gilbert and Ranzi 2011) and to assist in the development of design-oriented procedures to assess the serviceability of composite slabs.

At the range of 75%to80%0% of total loading capacity of composite slabs, the first crack appears.

Mohan et al. ([2005]) have presented a simplified approach for the design of composite slabs.

An analytical model for predicting strength of composite slabs with end anchorages is presented.

This concrete was used in the construction of composite slabs with profiled steel sheet.

Crisinel and Marimon ([2004]) have proposed a simplified design method for the calculation of load-carrying capacity of composite slabs.