Boundary Element Analysis Of Masonry Structures
Price
Free (open access)
Transaction
Volume
19
Pages
11
Published
1997
Size
622 kb
Paper DOI
10.2495/BE970031
Copyright
WIT Press
Author(s)
Y. F. Rashed, M. H. Abdalla and M. A. R. Youssef
Abstract
In this paper, the boundary element method is used to model the non-linear behaviour of masonry. Cracking, debonding and crushing failure modes are con- sidered. However, the material non-linearity is ignored. Initial stresses, based on a developed algorithm, are used to represent the failure modes. The present model uses an incremental iterative solution procedure to track the failure at each loading stage. A masonry wall under vertical loading is analyzed using the present model. The results are compared to the existing experimental and finite element results to show the accuracy and the validity of the present model. 1. Introduction Masonry in structural engineering is used in load bearing elements such as bear- ing walls, or as infill
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