Sentence examples for behaviour of concrete structures from inspiring English sources

The behaviour of concrete structures at elevated temperatures is of significant importance in predicting the safety of structures in response to certain accidents or particular service conditions.

The behaviour of bond between FRP and concrete is a key factor controlling the behaviour of concrete structures strengthened with FRP composites.

Several advanced constitutive models of concrete have been developed in recent decades, some of which are able to reproduce the behaviour of concrete structures with a high level of accuracy.

The method, which explicitly accounts for the most important parameters involved in the time-dependent behaviour of concrete structures, has been used to study the influence of the FRP ratio on the short and long-term deflections on RC beams.

In order to model the behaviour of concrete structures under blast loading, it is essential to be able to model the dynamic strength and other strain rate dependent properties of the concrete material.

Aiming at characterizing the behaviour of concrete structures made with coarse aggregates recycled from crushing concrete elements from the precast industry, extensive testing was performed in four full-scale recycled concrete structures, made with various recycled aggregate ratios.

Creep brings forth considerable influences on both static and dynamic behaviours of concrete structures.

A constitutive model to simulate the behaviour up to the failure of concrete structures subjected to multiaxial loading is presented.

The model proposed in this work encapsulates the complex behaviour of concrete under fatigue and provides a more rational method for computing fatigue life of concrete structures.

The temperature distributions of concrete structures strongly depend on the value of thermal conductivity of concrete.

Assessment of concrete cover quality is necessary for proper maintenance of concrete structures.