Verstaerken von Stahlbetonstuetzen mit textilbewehrtem Beton / Strengthening of columns using textile reinforced concrete (TRC)
Source abstract
Abstract
Der Beitrag beschreibt die Ergebnisse experimenteller Untersuchungen zur Wirkung einer Textilbetonverstaerkung an 2 m langen Stuetzen mit und ohne innenliegender Stahlbewehrung. Die Verstaerkung mit textilbewehrtem Beton wurde auf zwei verschiedene Weisen ausgefuehrt, sowohl als vollstaendige Umwicklung ueber die gesamte Laenge der Stuetzen als auch als teilweise Verstaerkung ueber eine Laenge von 30 cm in den Lasteinleitungsbereichen. Die einzelnen Anteile am Tragverhalten der verstaerkten Stuetzen wurden untersucht. Ein einfaches Berechnungsmodell wird angegeben. (A) ABSTRACT IN ENGLISH: In the context of rehabilitation and repair works or in the course of usage changes of existing buildings the planning engineer frequently is confronted with the task of strengthening the loadbearing structure. This can become necessary, for example, if live loads are increased because of changes of use or if the structural safety of a building must be restored after a fire or earthquake. In particular columns represent important components and elements of the static system for many buildings, whose main task is bearing normal forces. The results of experimental tests on the effect of a strengthening with textile reinforced concrete at 2 m long columns, both with and without internal steel reinforcement, are described in this article. The strengthening with textile reinforced concrete was made both wrapping round completely along the full height of the columns and partly wrapping round the columns along 300 mm in the load introduction ranges. Related to the unstrengthened reference columns ultimate load increasings by up to 85 percent could thereby be achieved. The individual components of the load bearing properties are analysed. A simple calculation model is indicated. (A)
Source: openalex_inverted_index · Quality: baseline
Research context
OpenAlex topics: Civil and Structural Engineering Research · Structural Analysis of Composite Materials
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