Shown below in the figure is a link supporting assembly carrying a load P. The assembly consist of horizontal bar namely CBD with a length of 2.2m and a vertical bar link member AB that has a cross-sectional area of 500mm². Find the value of the load P that will result to a normal stress equivalent to 100 MPa for member AB. Note that a hinge pin at point B is connecting the horizontal and vertical bar with a diameter of 15 mm and assume to be subjected to "Double shearing". Also find the shear stress in the hinge pin.
Shown below in the figure is a link supporting assembly carrying a load P. The assembly consist of horizontal bar namely CBD with a length of 2.2m and a vertical bar link member AB that has a cross-sectional area of 500mm². Find the value of the load P that will result to a normal stress equivalent to 100 MPa for member AB. Note that a hinge pin at point B is connecting the horizontal and vertical bar with a diameter of 15 mm and assume to be subjected to "Double shearing". Also find the shear stress in the hinge pin.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:3. Shown below in the figure is a link supporting assembly carrying a load P. The assembly consist
of horizontal bar namely CBD with a length of 2.2m and a vertical bar link member AB that has a
cross-sectional area of 500mm?. Find the value of the load P that will result to a normal stress
equivalent to 100 MPa for member AB. Note that a hinge pin at point B is connecting the
horizontal and vertical bar with a diameter of 15 mm and assume to be subjected to "Double
shearing". Also find the shear stress in the hinge pin.
-1.6 m
-2.2 m
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