Bolted steel slip-critical connections with fillers: I. Performance |
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Authors: | Daniel J. BorelloMark D. Denavit Jerome F. Hajjar |
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Affiliation: | a Department of Civil and Environmental Engineering, University of Illinois at Urbana-Champaign, Urbana, IL, USAb Department of Civil and Environmental Engineering, Northeastern University, Boston, MA, USA |
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Abstract: | This paper reports the results of sixteen experiments of bolted slip-critical connections with fillers. Fifteen of the connections used oversized holes and one connection used standard holes. Such connections with oversized holes are commonly fabricated for use with structures such as long-span trusses, since the use of oversized holes allows erection in-place rather than first assessing fit-up on the ground. Filler plates are used to connect members of different depths or widths. The sixteen experiments reported herein highlight the behavior of bolted steel connections with oversized holes in which fillers are included and are undeveloped, partially developed, or fully developed. Both single-ply and multi-ply fillers are investigated, as are welded developed fillers, and specimens fabricated using either turn-of-the-nut or tension control bolts to pretension the connection. The results augmented with previous literature document the slip and shear strengths of these connections, propose formulas for assessing these strengths for the different conditions investigated, and provide recommendations for design of these types of connections. |
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Keywords: | Steel connections Slip-critical bolted connections Bolted bearing connections Filler plates |
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