BEHAVIOR OF JOINTS USING REINFORCED FIBROUS CONCRETE.
Document Type
Conference Proceeding
Publication Date
12-1-1984
Abstract
The testing program consisted of ten beam column joints with half of these joints containing 1. 5 percent by volume of concrete of steel hooked end fibers. The beam column joints were constructed with less hoops than a conventional seismic joint would have, according to design specifications of the American Concrete Institute code (ACI 318-77). From the analysis of the results, it can safely be concluded that the hooked end steel fibers in the joint region provided: 1) better bond; 2) better confinement of the concrete; 3) a stiffer member; 4) higher moment capacity; 5) higher shear strength; 6) more ductility; and 7) significant improvement in the energy dissipation capacity than did the plain concrete joint.
Identifier
0021727242 (Scopus)
Publication Title
Publication SP American Concrete Institute
ISSN
01932527
First Page
125
Last Page
167
Recommended Citation
Craig, R. John; Mahadev, Sitaram; Patel, C. C.; Viteri, Manuel; and Kertesz, Czaba, "BEHAVIOR OF JOINTS USING REINFORCED FIBROUS CONCRETE." (1984). Faculty Publications. 21201.
https://digitalcommons.njit.edu/fac_pubs/21201
