Calculate the maximum tensile load, Ta or Tu of the connection shown in Figure 7. Theconnection consists of two 3/8" plates fastened to each side of one 13/16" plate. Assume 7/8" diameter bolts and standard punched holes. Use A36 steel. The plate is 13” wide. Note: Be sure to check all failure modes; bolt failure modes, and member failure modes (including block shear)
Calculate the maximum tensile load, Ta or Tu of the connection shown in Figure 7. Theconnection consists of two 3/8" plates fastened to each side of one 13/16" plate. Assume 7/8" diameter bolts and standard punched holes. Use A36 steel. The plate is 13” wide. Note: Be sure to check all failure modes; bolt failure modes, and member failure modes (including block shear)
Construction Materials, Methods and Techniques (MindTap Course List)
4th Edition
ISBN:9781305086272
Author:William P. Spence, Eva Kultermann
Publisher:William P. Spence, Eva Kultermann
Chapter17: Steel Frame Construction
Section: Chapter Questions
Problem 6RQ
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Calculate the maximum tensile load, Ta or Tu of the connection shown in Figure 7.
Theconnection consists of two 3/8" plates fastened to each side of one 13/16" plate.
Assume 7/8" diameter bolts and standard punched holes. Use A36 steel. The plate is 13” wide.
Note: Be sure to check all failure modes; bolt failure modes, and member failure modes
(including block shear)
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