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Razvoj dnevnika potovanj s pomočjo AppInventorja in AppInventor Java Bridge-a
Žan Bezjak, 2016, diplomsko delo

Opis: V diplomski nalogi smo proučili in analizirali orodje AppInventor, predstavili njegove osnove podatke, njegove prednosti in na drugi strani tudi slabosti. Poglobili smo se tudi v knjižnico AppInventor Java Bridge, ki deluje na principu že omenjenega orodja, ter v diplomskem delu izpostavili prednosti in slabosti te knjižnice. Skozi nalogo smo zgradili dve enaki aplikaciji, po eno v vsakem izmed omenjenih orodij, in na ta način preučili podobnosti oziroma razlike med orodjem AppInventor ter knjižnico AppInventor Java Bridge.
Ključne besede: AppInventor, AppInventor Java Bridge, SQLite, Android Studio, Android
Objavljeno: 23.09.2016; Ogledov: 496; Prenosov: 30
.pdf Celotno besedilo (2,60 MB)

3.
An estimation of the passive pressure against integral bridge abutments considering arching effects
Mojtaba Movahedifar, Jafar Bolouri Bazaz, 2013, izvirni znanstveni članek

Opis: Most civil engineering structures are subjected to cyclic loading during their service life, such as retaining walls, wave loading on offshore structures, seismic loading and the traffic loading of pavements. In the case of an integral abutment bridge (IAB), as an example, the backfill granular material is subject to slow cyclic stress and strain changes under drained conditions. These bridges are constructed so that the top deck is longitudinally continuous. In other words, IABs are joint-less bridges where the superstructure is connected with the abutment. The rigid connection enables the abutment and superstructure to act as a single structural unit, i.e., the expansion joints which are widely used in traditional bridges are removed in IABs. This removal is mainly due to the high costs of maintenance. The behavior of IABs is dominated by the cyclical temperature changes in the bridge deck. This results in the imposition of cyclical horizontal displacements to the backfill soil of the abutments. The present research is an effort to investigate the induced passive pressure on the IABs, using a laboratory model and an analytical approach. The results indicate that the passive pressure distribution is non-linear and its maximum value along the wall is dependent on the magnitude of the wall rotation and number of cycles. It seems that there are two different mechanisms for this behavior. In the above part of the wall, sand behaves as a plastic material. A decline in the passive pressure in the bottom part, however, is the result of arching.
Ključne besede: integral abutment bridge, cyclic displacement, passive pressure, arching
Objavljeno: 14.06.2018; Ogledov: 125; Prenosov: 37
.pdf Celotno besedilo (609,10 KB)
Gradivo ima več datotek! Več...

4.
Raziskava buildingSMART IFC Bridge in evalvacija AllPlan Bridge na primeru informacijskega modela mostu Marija Gradec
Sebastijan Kelc, 2019, magistrsko delo

Opis: V magistrskem delu je predstavljen projekt buildingSMART IFC Bridge, katerega rezultat je podatkovna shema IFC 4x2 Draft1. Osredotočili smo se na konceptualne sklope za mostove in preverili skladnost funkcionalnosti aplikacij Allplan in Allplan Bridge s shemo. V ta namen je bil izdelan informacijski model mostu M1 v Marija Gradcu. V zaključnem delu magistrske naloge so predstavljeni predlogi za izboljšave aplikacij Allplan Bridge in Allplan.
Ključne besede: IFC Bridge, bridges, Allplan Bridge, parametric modelling
Objavljeno: 11.10.2019; Ogledov: 49; Prenosov: 12
.pdf Celotno besedilo (4,71 MB)

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