2016
DOI: 10.1002/dama.201600708
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The two‐shearfield test – A suitable method for the empirical shear capacity design of masonry / Der Zweifeld‐Schubversuch – Eine praxistaugliche Methode zur versuchsgestützten Bemessung der Schubtragfähigkeit von Bestandsmauerwerk

Abstract: The investigations [1] demonstrate that the two‐shearfield test is a suitable method for the determination of the shear capacity of masonry. The testing equipment is mounted directly on the wall in order to retain realistic boundary conditions like stiffness, load and prior damage. The behaviour factor q and the capacity curves of certain masonry walls can be directly obtained from the experimental results and realistic material behaviour in earthquake design can be represented. In particular, existing masonry… Show more

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Cited by 2 publications
(3 citation statements)
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“…For the calibration, a very fine FE mesh was selected. Die Kalibrierung des Schubversagens unter kombinierter Beanspruchung erfolgte anhand von sehr gut dokumentierten in situ-Schubversuchen [19], die an Schubwänden in einem Wiener Gründerzeithaus durchgeführt wurden. 3.…”
Section: Non-linear Materials Modelunclassified
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“…For the calibration, a very fine FE mesh was selected. Die Kalibrierung des Schubversagens unter kombinierter Beanspruchung erfolgte anhand von sehr gut dokumentierten in situ-Schubversuchen [19], die an Schubwänden in einem Wiener Gründerzeithaus durchgeführt wurden. 3.…”
Section: Non-linear Materials Modelunclassified
“…The initial shear strength between historic bricks and historic mortar parallel to the bed joints was determined on three-brick test samples [18]. The calibration of the shear failure under combined loading was undertaken using very well documented in-situ shear tests [19], which were carried out on shear walls in a 19th century building in Vienna. Above all for existing masonry, test-supported determination of the failure under combined loading seems sensible since the essential material parameters are unknown in most cases [18].…”
Section: Non-linear Materials Modelmentioning
confidence: 99%
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