%X Interlocking masonry wall as a structural load-bearing element is still unexplored simply because its basic behaviour and complete response to failure is not known. In addition, there is no design code available to provide necessary guidance for a safe design of interlocking walls. This paper provides an attempt to ascertain the structural response of interlocking masonry walls compared, to conventional bonded walls. Individual block units, prisms and full-scale wall specimens were tested under the action of concentric and eccentric compressive loads. The effect of different patterns of reinforced concrete stiffeners has also been investigated. The test results were discussed in terms of wall efficiency, strength capacity, deflection, strain distribution, cracking patterns and failure modes. The results indicate a promising future use of the interlocking masonry system in construction.
%O cited By 17
%L scholars261
%K Failure mode; Interlocking block; Masonry wall and wall efficiency; Reinforced concrete stiffener, Compressive strength; Crack initiation; Stiffness; Structural analysis; Structural loads, Masonry construction
%D 2007
%A W.A. Thanoon
%A M.S. Jaafar
%A J. Noorzaei
%A M.R. A. Kadir
%A S. Fares
%N 1
%P 11-24
%V 10
%R 10.1260/136943307780150832
%J Advances in Structural Engineering
%T Structural behaviour of mortar-less interlocking masonry system under eccentric compressive loads