Interlocking mortarless masonry system has been developed as an alternative system for the
conventional bonded masonry. This paper covers the analysis of interlocking mortarless …

Experimental and numerical investigation of interlocking mortarless wall panels with 1.0 m
height, 1.2 m width and 150 mm thickness are conducted. Behaviour of both hollow and …

Experimental study of five full scale masonry wall panels subjected to prescibed pre-
compressive vertical loading and increasing in-plane lateral loading is discussed. All five …

This paper presents the development of a green concrete mortarless interlocking hollow
block. As part of efforts to promote sustainability, achieve increased durability and …

For a long time, steel has been the dominant type of reinforcement for concrete structures. Its
compatibility with concrete and strength has made it an efficient reinforcement. However …

Stress-strain relationship of masonry material is essential to predict strength and
deformation of masonry structures in analytical modelling. This relationship is important …

In this study, a nonlinear finite element (FE) model is proposed to investigate the behaviour
and failure mechanism of reinforced concrete membrane structures. Proven accurate stress …

This paper presents the analysis and modelling of interlocking mortarless concrete block
walls subjected to concentric and eccentric compressive loading using a finite-element …

The ability of mortarless wall to restrain/sustain lateral load become important aspect to be
consider in the design of wall. Therefore, this paper presents analyses of mortarless wall …

The characteristic behaviour and failure mechanism of a deep beam is investigated using
non-linear finite-element analysis in this study. An accurate stress–strain relation is …