A 1/2 in. x 6.0 in. plate is connected to a gusset with four 1-1/4 in. bolts. Standard sizing is used for the bolt holes. The steel is ASTM A1066 Grade 50: Fy = 50 ksi, Fu = 65 ksi. Assume that Ae = An. Compute the allowable strength for ASD.
Author: Anonymous
Conductors are commonly made from copper, aluminum, and ___.
Conductors are commonly made from copper, aluminum, and ___.
A tensile test was performed on a specimen with a circular c…
A tensile test was performed on a specimen with a circular cross section. The diameter was measured to be 0.790 inch. Two marks were made along the length of the specimen and were measured to be 2.650 inches apart. This distance is defined as the gage length, and all length measurements were made between the two marks. The specimen was loaded to failure. Fracture occurred at a load of 24,500 pounds. The specimen was then reassembled, and the diameter and gage length were measured to be 0.388 inch and 2.941 inches. Determine the reduction in cross-sectional area as a percentage.
The Greek symbol “Ωâ? represents the ____________________.
The Greek symbol “Ωâ? represents the ____________________.
A 0.68 in. x 8.7 in. plate is connected to a gusset with six…
A 0.68 in. x 8.7 in. plate is connected to a gusset with six 7/8 in. bolts. Standard sizing is used for the bolt holes. What is the net area of the plate?
The ___ is the negatively charged particle of an atom.
The ___ is the negatively charged particle of an atom.
For LRFD, the resistance factor for fracture is larger than…
For LRFD, the resistance factor for fracture is larger than the resistance factor for yielding.
For LRFD, the resistance factor for fracture is smaller than…
For LRFD, the resistance factor for fracture is smaller than the resistance factor for yielding.
What is the effective hole diameter to accommodate a 1-1/8 i…
What is the effective hole diameter to accommodate a 1-1/8 in. bolt? Use oversize hole sizing.
A tensile test was performed on a specimen with a circular c…
A tensile test was performed on a specimen with a circular cross section. The diameter was measured to be 0.910 inch. Two marks were made along the length of the specimen and were measured to be 2.900 inches apart. This distance is defined as the gage length, and all length measurements were made between the two marks. The specimen was loaded to failure. Fracture occurred at a load of 23,000 pounds. The specimen was then reassembled, and the diameter and gage length were measured to be 0.428 inch and 3.086 inches. Determine the reduction in cross-sectional area as a percentage.