. The beam below is used to support a part of the overhang at the entrance of the building (a). The idealized model for beam with load is shown in (b). Assume that B is roller supported and C is simple supported. (a) Draw shear force (V-) and bending moment (M-) diagrams for the beam. Determine the position and value of maximum bending moment. (b) For the beam, assume HEA 180 for the type of cross section. Calculate the maximum normal stress and the maximum shear stress, and determine where in the cross section the normal and shear stresses are greatest. Utilize Appendix C at the end of the textbook.
. The beam below is used to support a part of the overhang at the entrance of the building (a). The idealized model for beam with load is shown in (b). Assume that B is roller supported and C is simple supported. (a) Draw shear force (V-) and bending moment (M-) diagrams for the beam. Determine the position and value of maximum bending moment. (b) For the beam, assume HEA 180 for the type of cross section. Calculate the maximum normal stress and the maximum shear stress, and determine where in the cross section the normal and shear stresses are greatest. Utilize Appendix C at the end of the textbook.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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3. The beam below is used to support a part of the overhang at the entrance of
the building (a). The idealized model for beam with load is shown in (b). Assume
that B is roller supported and C is simple supported.
(a) Draw shear force (V-) and bending moment (M-) diagrams for the beam.
Determine the position and value of maximum bending moment.
(b) For the beam, assume HEA 180 for the type of cross section. Calculate the
maximum normal stress and the maximum shear stress, and determine where in
the cross section the normal and shear stresses are greatest. Utilize Appendix C
at the end of the textbook.
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