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Experimental and theoretical analysis of the expanded clay concrete elements in bending and torsion
Konferencja
V Konferencja Naukowa Rzeszowsko-Lwowsko-Koszycka Aktualne problemy budownictwa i inżynierii środowiska, Rzeszów, 25-26 września 2000. Cz.1. Budownictwo
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In the last years light concretes filled with artificial porous components are widely utilized in constructional practice. During exploitation constructional elements undergo complicated force's influences. Joint action of bending & rotational forces is an example of such dangerous conditions. In Lviv State Politechnic University we studied the stength of light armoured concrete elements undergoing bending & rotation. Our main task was to investigate the stability of rectangular-shaped armoured with A-III-class armour light concrete elements in conditions of both bending & rotation & single rotation. Resistance of tested elements to deformations & forming of fissures was established. Theoretical calculations were compaired with the results of experimental tests. We offer practical calculations of usually armoured light concrete element's strength in conditions of bending & rotational influences.
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Tom
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401--402
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Bibliografia
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bwmeta1.element.baztech-article-BTB2-0049-0081