2019
DOI: 10.17512/znb.2018.1.38
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Analiza Wzmocnienia Stalowych Belek Stropowych Poprzez Ich Zespolenie Z Płytą Żelbetową

Abstract: Celem niniejszej pracy jest analiza zmiany nośności na zginanie i ugięcia stalowej belki stropowej, którą wzmocniono, zespalając ją z istniejącą żelbetową płytą stropową. Konieczność wzmocnienia przekroju podyktowana była wzrostem wartości dotychczasowego obciążenia z uwagi na zmianę sposobu użytkowania obiektu. Zaproponowano zespolenie za pomocą śrub wysokiej wytrzymałości. Wyznaczono nośność na zginanie oraz wartość strzałki ugięcia belki dla stanu przed i po wzmocnieniu dla trzech różnych rozpiętości przęsł… Show more

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“…It includes theoretical, experimental, numerical, and practical research on the analysis, description, and optimisation of innovative methods and technologies that have been developed and implemented for the strengthening of various types of wood-based structural members.For decades, timber structures and members have been primarily reinforced with metallic materials, most commonly steel members [1,2]. Today, these technologies can be considered traditional, as they are proven and effective in ensuring reliable building operations [3]. Typical solutions include timber-steel composite structures, where steel sections act as reinforcing elements.…”
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confidence: 99%
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“…It includes theoretical, experimental, numerical, and practical research on the analysis, description, and optimisation of innovative methods and technologies that have been developed and implemented for the strengthening of various types of wood-based structural members.For decades, timber structures and members have been primarily reinforced with metallic materials, most commonly steel members [1,2]. Today, these technologies can be considered traditional, as they are proven and effective in ensuring reliable building operations [3]. Typical solutions include timber-steel composite structures, where steel sections act as reinforcing elements.…”
mentioning
confidence: 99%
“…For decades, timber structures and members have been primarily reinforced with metallic materials, most commonly steel members [ 1 , 2 ]. Today, these technologies can be considered traditional, as they are proven and effective in ensuring reliable building operations [ 3 ]. Typical solutions include timber-steel composite structures, where steel sections act as reinforcing elements.…”
mentioning
confidence: 99%