Problem 1.3-5. The truss shown carries two forces: a horizontal rightward force of 50 kN and a vertical downward force of 100 kN. A roller supports the truss at A and a pin at H. If the pin's...


Problem 1.3-5. The truss shown carries two forces: a horizontal<br>rightward force of 50 kN and a vertical downward force of 100<br>kN. A roller supports the truss at A and a pin at H. If the pin's<br>allowable shearing stress is 150 MPa, solve the pin's minimum<br>diameter to carry the applied load safely. (Hence: The pin at A<br>is at a state of a double shear.)<br>D.<br>B.<br>50 kN<br>1 m<br>1 m<br>H.<br>1 m<br>G.<br>1 m<br>1 m<br>Detail at A<br>100 kN<br>

Extracted text: Problem 1.3-5. The truss shown carries two forces: a horizontal rightward force of 50 kN and a vertical downward force of 100 kN. A roller supports the truss at A and a pin at H. If the pin's allowable shearing stress is 150 MPa, solve the pin's minimum diameter to carry the applied load safely. (Hence: The pin at A is at a state of a double shear.) D. B. 50 kN 1 m 1 m H. 1 m G. 1 m 1 m Detail at A 100 kN

Jun 11, 2022
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