1. Vzdolžno ojačani polnostenski nosilci pri interakciji velikih upogibnih in strižnih obremenitevFranc Sinur, 2011, doctoral dissertation Keywords: civil engineering, doctoral thesis, plated girders, bending-shear interaction, experimental tests, transverse stiffeners, numerical simulations, EN 1993-1-5
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2. Performance based experimental and numerical assessment of multi-leaf stone masonry wallsMeta Kržan, 2015, doctoral dissertation Keywords: civil engineering, thesys, multi-leaf stone masonry, historic masonry, seismic behaviour, recompression tests, in-plane shear tests, drift limits, plaster damage, grouting, NSM, glass cord, transversal connecting of the wall
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3. Zyklische Schubversuche an Wänden aus HochlochziegelmauerwerkStephan Fasching, Andreas Jäger, Matija Gams, 2020, original scientific article Keywords: cyclic shear tests, clay block masonry, shear capacity, Eurocode 6, confined masonry, concrete filled masonry, unreinforced masonry
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4. Compression and in-plane seismic behaviour of ashlar three-leaf stone masonry wallsMeta Kržan, Vlatko Bosiljkov, 2021, original scientific article Keywords: boundary conditions, compression tests, damage states, drift limits, failure mechanisms, historical masonry, in-plane shear tests, mechanical properties, multi-leaf stone masonry
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5. In-plane seismic behaviour of ashlar three-leaf stone masonry wallsMeta Kržan, Vlatko Bosiljkov, 2023, original scientific article Keywords: historical masonry, multi-leaf stone masonry, mechanical properties, compression tests, in-plane shear tests, failure mechanisms, drift limits, boundary conditions, analytical formulations, code provisions, model error, performance limits, proposals for new Eurocodes, seismic performance
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6. A new method of seismic strengthening stone masonry with CRM coatings on one sideNatalino Gattesco, Emanuele Rizzi, Ingrid Boem, Allen Dudine, Matija Gams, 2023, original scientific article Keywords: civil engineering, stone masonry, CRM reinforcement, shear compression tests, out-of-plane tests, earthquake engineering
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