A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Two-Story Perforated URM Wall Subjected to Cyclic In-Plane Loading
The testing program reported herein was designed to provide experimental results from a structure relevant to the type and form of unreinforced masonry (URM) buildings that are commonly found in several countries. The experimental test provided results associated with the system-level displacement-controlled quasistatic response of a half-scale two-story perforated URM wall loaded in-plane. The geometry of the wall was specifically chosen to investigate the effect of shallow spandrels on the multistory response. It was concluded that the response of the two-story perforated URM wall exhibited an approximate elastic–perfectly plastic behavior, with a nonlinear response. The external piers rocked over their interstory effective height and the wall reached an ultimate drift of 1.4% with minimal strength loss but with extensive damage to the top-level spandrel elements.
Two-Story Perforated URM Wall Subjected to Cyclic In-Plane Loading
The testing program reported herein was designed to provide experimental results from a structure relevant to the type and form of unreinforced masonry (URM) buildings that are commonly found in several countries. The experimental test provided results associated with the system-level displacement-controlled quasistatic response of a half-scale two-story perforated URM wall loaded in-plane. The geometry of the wall was specifically chosen to investigate the effect of shallow spandrels on the multistory response. It was concluded that the response of the two-story perforated URM wall exhibited an approximate elastic–perfectly plastic behavior, with a nonlinear response. The external piers rocked over their interstory effective height and the wall reached an ultimate drift of 1.4% with minimal strength loss but with extensive damage to the top-level spandrel elements.
Two-Story Perforated URM Wall Subjected to Cyclic In-Plane Loading
Knox, C. L. (author) / Dizhur, D. (author) / Ingham, J. M. (author)
2018-03-15
Article (Journal)
Electronic Resource
Unknown
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