Situation 17: A 572 Grade 65 steel with Fy = 448 MPa is used as a simple beam to carry a concentrated load P at the center of its span on a 6m simply supported span. The beam is W 12 x 14 section having the given properties shown. Properties of W 12 x 14 Weight of beam = 204.76 N/m Area = 2658 mm² Depth (d)= 302.514 mm Flange Width (b) = 100.787 mm Flange Thickness (t) = 5.690 mm Web Thickness (tw) = 5.029 mm Section Modulus = 242 529 mm³ 14. Determine the allowable bending stress of the beam if the compression flange of the beam is fully supported against lateral movement. a. 289.90 MPa b. 264.50 MPa 15. What is the value of the concentrated load P that the beam could support safely? 76.19 KN 58.13 kN 16. Compute the allowable bending stress if the compression flange has lateral support only at the midspan. a. 105.15 MPa c. 52.28 MPa b. 77.41 MPa d. 145.16 MPa a. b. c. 245.00 MPa d. 236.40 MPa c. 46.26 kN d. 35.12 kN

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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q.1
Situation 17: A 572 Grade 65 steel with F, = 448 MPa is used as a
simple beam to carry a concentrated load P at the center of its span
on a 6m simply supported span. The beam is W 12 x 14 section
having the given properties shown.
Properties of W 12 x 14
Weight of beam = 204.76 N/m
Area = 2658 mm²
Depth (d) 302.514 mm
Flange Width (b) = 100.787 mm
Flange Thickness (t) = 5.690 mm
Web Thickness (tw) = 5.029 mm
Section Modulus = 242 529 mm³
14. Determine the allowable bending stress of the beam if the
compression flange of the beam is fully supported against
lateral movement.
a. 289.90 MPa
b.
264.50 MPa
15. What is the value of the concentrated load P that the
beam could support safely?
76.19 KN
58.13 KN
16. Compute the allowable bending stress if the compression
flange has lateral support only at the midspan.
105.15 MPa
c. 52.28 MPa
77.41 MPa
d. 145.16 MPa
a.
b.
c. 245.00 MPa
d. 236.40 MPa
a.
b.
c. 46.26 kN
d. 35.12 kN
Transcribed Image Text:q.1 Situation 17: A 572 Grade 65 steel with F, = 448 MPa is used as a simple beam to carry a concentrated load P at the center of its span on a 6m simply supported span. The beam is W 12 x 14 section having the given properties shown. Properties of W 12 x 14 Weight of beam = 204.76 N/m Area = 2658 mm² Depth (d) 302.514 mm Flange Width (b) = 100.787 mm Flange Thickness (t) = 5.690 mm Web Thickness (tw) = 5.029 mm Section Modulus = 242 529 mm³ 14. Determine the allowable bending stress of the beam if the compression flange of the beam is fully supported against lateral movement. a. 289.90 MPa b. 264.50 MPa 15. What is the value of the concentrated load P that the beam could support safely? 76.19 KN 58.13 KN 16. Compute the allowable bending stress if the compression flange has lateral support only at the midspan. 105.15 MPa c. 52.28 MPa 77.41 MPa d. 145.16 MPa a. b. c. 245.00 MPa d. 236.40 MPa a. b. c. 46.26 kN d. 35.12 kN
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