The L203X203X25.4 tension member shown is made of A36 steel. The material strengths are fy = 248 MPa and fu = 400 MPa. the bolts used are M20. use s1 = 57.15mm, s2 = 76.2mm, s3 = 50.8mm. Use ASD. 1. Calculate the service live load (kN) that the tension member can carry if it carries a dead load of 750 kN. 2. Solve for tensile yielding, tensile rupture and block shear
The L203X203X25.4 tension member shown is made of A36 steel. The material strengths are fy = 248 MPa and fu = 400 MPa. the bolts used are M20. use s1 = 57.15mm, s2 = 76.2mm, s3 = 50.8mm. Use ASD. 1. Calculate the service live load (kN) that the tension member can carry if it carries a dead load of 750 kN. 2. Solve for tensile yielding, tensile rupture and block shear
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The L203X203X25.4 tension member shown is made of A36 steel. The material strengths are fy = 248 MPa and fu = 400 MPa. the bolts used are M20. use s1 = 57.15mm, s2 = 76.2mm, s3 = 50.8mm. Use ASD.
1. Calculate the service live load (kN) that the tension member can carry if it carries a dead load of 750 kN.
2. Solve for tensile yielding, tensile rupture and block shear
Transcribed Image Text:S2
S3
$1
$1
+
S1
S1
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