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The hinge support at B, of beam AB shown below, has the magnified front view and sic view shown. The pin connector has an allowable shear stress, Tallow, of 10 MPa. Determine the following: * The force in kN that will cause the double shear in the pin at B. * The minimum required diameter of the p in millimetres. The value is a whole numbe * What if the pin was subjected to single shear, what would be the required diamete:

The hinge support at B, of beam AB shown below, has the magnified front view and sic view shown. The pin connector has an allowable shear stress, Tallow, of 10 MPa. Determine the following: * The force in kN that will cause the double shear in the pin at B. * The minimum required diameter of the p in millimetres. The value is a whole numbe * What if the pin was subjected to single shear, what would be the required diamete:

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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The hinge support at B, of beam AB shown below, has the magnified front view and side view shown. The pin connector has an allowable shear stress, Tallow, of 10 MPa. Determine the following: * The force in kN that will cause the double shear in the pin at B. * The minimum required diameter of the pin in millimetres. The value is a whole number What if the pin was subjected to single shear, what would be the required diameter?
Transcribed Image Text:The hinge support at B, of beam AB shown below, has the magnified front view and side view shown. The pin connector has an allowable shear stress, Tallow, of 10 MPa. Determine the following: * The force in kN that will cause the double shear in the pin at B. * The minimum required diameter of the pin in millimetres. The value is a whole number What if the pin was subjected to single shear, what would be the required diameter?
1 kN 60° B Front view Side view 2 m 2 m SITUATION 3:
Transcribed Image Text:1 kN 60° B Front view Side view 2 m 2 m SITUATION 3:
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