For the beam shown below, construct the shear and bending moment diagrams for the loading listed...

Transcribed Image Text:

For the beam shown below, construct the shear and bending moment diagrams for the loading listed below. Using textbook (Mott) appendix designated below, determine the lightest bridge beam shape that will carry the load. Note: do not use a safety factor. P A F X1 X2 B C Beam Table: A-7(SI) Properties of steel wide-flange shapes (W-shapes) SI units Beam Material Table: A-16 use A-36 carbon steel. Information provided below. For the problem above use these values: X1= X2= F = P = 6 m 8 m 3.2 kN/m 20 KN A-16 Properties of structural steels. Material ASTM no. and products A36 Carbon steel: shapes, plates, and bars Ultimate strength,s," Yield strength, s, Percent elongation ksi MPa ksi MPa in 2 in 58 400 36 248 These must be submitted quiz grading. 1. Draw Shear force and Bending Moment loading diagrams 2. What you determined is the lightest bridge W shape to meet the loading. For the beam shown below, construct the shear and bending moment diagrams for the loading listed below. Using textbook (Mott) appendix designated below, determine the lightest bridge beam shape that will carry the load. Note: do not use a safety factor. P A F X1 X2 B C Beam Table: A-7(SI) Properties of steel wide-flange shapes (W-shapes) SI units Beam Material Table: A-16 use A-36 carbon steel. Information provided below. For the problem above use these values: X1= X2= F = P = 6 m 8 m 3.2 kN/m 20 KN A-16 Properties of structural steels. Material ASTM no. and products A36 Carbon steel: shapes, plates, and bars Ultimate strength,s," Yield strength, s, Percent elongation ksi MPa ksi MPa in 2 in 58 400 36 248 These must be submitted quiz grading. 1. Draw Shear force and Bending Moment loading diagrams 2. What you determined is the lightest bridge W shape to meet the loading.