- 3 A Load Of 12 Kn Is Applied To The Pin Joint Shown In Figure 1 Assume A Maximum Allowable Normal Stress Of 650 Mpa An 1 (39.84 KiB) Viewed 47 times
6 mm P. IT. PA 4 mm A Po W2 W1 P A Figure 1 Pin Joint
3. A load of 12 kN is applied to the pin joint shown in Figure 1. Assume a maximum allowable normal stress of 650 MPa an
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3. A load of 12 kN is applied to the pin joint shown in Figure 1. Assume a maximum allowable normal stress of 650 MPa an
3. A load of 12 kN is applied to the pin joint shown in Figure 1. Assume a maximum allowable normal stress of 650 MPa and an allowable shear stress of 380 MPa for the steel pin. Considering only the direct shear stress, determine the diameter of the pin needed to withstand the force.
6 mm P. IT. PA 4 mm A Po W2 W1 P A Figure 1 Pin Joint
6 mm P. IT. PA 4 mm A Po W2 W1 P A Figure 1 Pin Joint