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Propose the cross-section for the beam. Draw the cross section (assume reasonable dimensions) of the beam and label all the important data. Square/rectangular beam's cross-section are not allowed. The dimension of cross-section for the beam: ● Height of the cross-section: maximum height 1.0 m. ● Width of the cross-section: maximum width 1.0 m. The cross-section MUST has flange and web section. Calculate the bending stresses in beam at the critical points by using bending stress formula (Use maximum moment obtained from the BMD)- Provide all the diagrams and calculations Calculate the shear stresses in beam at the critical points by using shear stress formula (Use maximum shear force obtained from the SFD) Provide all the diagrams and calculations Draw the bending stress and shear stress distribution diagrams. State all the principle values.

Propose the cross-section for the beam. Draw the cross section (assume reasonable dimensions) of the beam and label all the important data. Square/rectangular beam's cross-section are not allowed. The dimension of cross-section for the beam: ● Height of the cross-section: maximum height 1.0 m. ● Width of the cross-section: maximum width 1.0 m. The cross-section MUST has flange and web section. Calculate the bending stresses in beam at the critical points by using bending stress formula (Use maximum moment obtained from the BMD)- Provide all the diagrams and calculations Calculate the shear stresses in beam at the critical points by using shear stress formula (Use maximum shear force obtained from the SFD) Provide all the diagrams and calculations Draw the bending stress and shear stress distribution diagrams. State all the principle values.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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50 kN/m 5m d 60kN/m thus 25m 30KN 3m 25m 2m www 10m- Nast
Transcribed Image Text:50 kN/m 5m d 60kN/m thus 25m 30KN 3m 25m 2m www 10m- Nast
Propose the cross-section for the beam. Draw the cross section (assume reasonable dimensions) of the beam and label all the important data. Square/rectangular beam's cross-section are not allowed. The dimension of cross-section for the beam: Height of the cross-section: maximum height 1.0 m. Width of the cross-section: maximum width 1.0 m. ● The cross-section MUST has flange and web section. Calculate the bending stresses in beam at the critical points by using bending stress formula (Use maximum moment obtained from the BMD)- Provide all the diagrams and calculations Calculate the shear stresses in beam at the critical points by using shear stress formula (Use maximum shear force obtained from the SFD) Provide all the diagrams and calculations Draw the bending stress and shear stress distribution diagrams. State all the principle values.
Transcribed Image Text:Propose the cross-section for the beam. Draw the cross section (assume reasonable dimensions) of the beam and label all the important data. Square/rectangular beam's cross-section are not allowed. The dimension of cross-section for the beam: Height of the cross-section: maximum height 1.0 m. Width of the cross-section: maximum width 1.0 m. ● The cross-section MUST has flange and web section. Calculate the bending stresses in beam at the critical points by using bending stress formula (Use maximum moment obtained from the BMD)- Provide all the diagrams and calculations Calculate the shear stresses in beam at the critical points by using shear stress formula (Use maximum shear force obtained from the SFD) Provide all the diagrams and calculations Draw the bending stress and shear stress distribution diagrams. State all the principle values.
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