Sentence examples for behaviour of masonry assemblies from inspiring English sources

The paper summarises the available information about the behaviour of masonry assemblies and components exposed to high temperatures and fire.

Clearly, to better understand the deformation capacity of structural masonry, there is a need for a thorough investigation of the in-plane behaviour of masonry spandrels.

The in-plane behaviour of masonry walls subjected to horizontal and vertical forces has been investigated in various test programs.

The behaviour of masonry under seismic loads has recently become of great interest.

However, the effect of salts on the structural behaviour of masonry has not been fully elucidated.

Shear behaviour of masonry has been deeply investigated for a lot of masonry types.

Hence, the investigation of the deformation capacity of masonry structures should start by studying the in-plane behaviour of masonry walls and their constitutive elements, i.e. piers and spandrels (in the case of walls with openings).

A masonry mechanical behaviour analysis and numerical simulation of the masonry ageing phenomenon will also be addressed by means of an experimental design to study the influence of masonry block physical properties on the mechanical behaviour of masonry structures in old tunnels.

However, most of these alternative methods are oversimplified since based on the assumption of in plane behaviour of masonry walls.

A novel technique for enhancing the out-of-plane behaviour of masonry infill walls is proposed herein.

The paper is concerned with an analysis of the shear and flexural behaviour of masonry with hollow calcium silicate blocks.