1. Ocena potresne odpornosti Hale TivoliMonika Pikelj, 2013, undergraduate thesis Keywords: gradbeništvo, UNI, diplomska dela, Hala Tivoli, potresna analiza, Evrokod 8, JUS standardi odpornosti, potisna analiza, SAP 2000, graduation thesis, civil engineering, Hala Tivoli, seismic analysis, EC8, JUS standards, seismic performance assessment, nonlinear static analysis, SAP 2000
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2. Analiza novega načina vgradnje oken v fasadni sistem Qbiss One z metodo končnih elementovKatarina Smrke, 2013, undergraduate thesis Keywords: gradbeništvo, diplomska dela, Trimo, Qbiss One, okno, aluminijasti okenski okvir, metoda končnih elementov, linearna analiza, nelinearna analiza, modalna analiza, uklonska analiza, 3D končni element, lupinasti končni element, kohezijski končni element, program Catia, program ANSYS, vpliv vetra, vpliv temperature, graduation thesis, civil engineering, Trimo, Qbiss One, window, aluminium window frame, finite element method, linear analysis, nonlinear analysis, buckling analysis, modal analysis, 3D finite element, shell finite element, cohesive finite element, program Catia, program ANSYS, wind actions, temperature actions
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3. The reduced-degree-of-freedom model for seismic analysis of predominantly plan-symmetric reinforced concrete wall–frame buildingAleš Jamšek, Matjaž Dolšek, 2021, original scientific article Keywords: civil engineering, engineering structures, earthquake engineering, IFB model, reduced-degree-of-freedom (RDOF) model, reinforced concrete building, seismic analysis, nonlinear dynamic analysis, seismic fragility analysis
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5. Analysis in seismic provisions for buildings - past, present and futurePeter Fajfar, 2018, original scientific article Keywords: earthquake engineering, structural engineering, seismic codes, seismic analysis, dynamics, nonlinear analysis, pushover analysis, probability, seismic risk assessment
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6. Potresni odziv armiranobetonskih povezanih stenAntonio Janevski, 2024, doctoral dissertation Keywords: Built environment, doctoral thesis, reinforced concrete walls, reinforced concrete slabs, level of coupling, response mechanism, nonlinear analysis, numerical modelling, parametric study, inelastic shear force amplification, pushover-based design, seismic response
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