Find: a) The maximum shear (v) b) Moment of Inertia of the beam cross-section. c) Q max d) Maximum shear stress in the beam. e) Shear flow in the connectors used in the beam In order to find maximum...


Find:


a) The maximum shear (v)


b) Moment of Inertia of the beam cross-section.


c) Q max


d) Maximum shear stress in the beam.


e) Shear flow in the connectors used in the beam


In order to find maximum shear stress of the beam shown below, Maximum shear (V) is:<br>10k force is acting at 2.5 ft from the hinge support.<br>10 k<br>1k/ft<br>+44<br>1

Extracted text: In order to find maximum shear stress of the beam shown below, Maximum shear (V) is: 10k force is acting at 2.5 ft from the hinge support. 10 k 1k/ft +44 1" 5 ft 2ft 1"

Jun 11, 2022
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