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49,80 €ISBN 978-3-8440-8328-6Softcover270 pages208 figures401 g24 x 17 cmEnglishThesis
December 2021
Julien Michels
Bearing Capacity of Steel Fiber Reinforced Concrete Flat Slabs
The research activities investigate the behavior of concrete flat slabs with steel fibers as only reinforcement without any additional steel bars. For this purpose, small- and large-scale experiments were conducted on SFRC plates to assess their load-carrying capacity. Finite element investigations allowed for a parameter study on various influences on the ultimate load. Eventually, a calculation model based on yield line theory is presented for structural design purposes. In this context, a safety factor for the tensile strength of the SFRC is derived based on a semi-probabilistic safety-design.
According to a current design philosophy, general application of fibers as only reinforcement would be limited to special configurations allowing a dense column grid and reduced opening sizes.
According to a current design philosophy, general application of fibers as only reinforcement would be limited to special configurations allowing a dense column grid and reduced opening sizes.
Keywords: steel fiber reinforced concrete; flat slabs; experimental analysis; bearing capacity; fiber orientation; finite element analysis; yield line theory; safety factor;
Schriftenreihe des Laboratory of Solid Structures
Edited by Prof. Dr.-Ing. Danièle Waldmann, Luxemburg
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