Figure 3 shows a side view of a rectangular steel bar that is cantilevered to a 80 mm steel channel of thickness, 1, using four tightly fitted bolts of diameter, d. For a maximum bolt shear force, F,...


Figure 3 shows a side view of a rectangular steel bar that is cantilevered to a 80 mm steel channel of<br>thickness, 1, using four tightly fitted bolts of diameter, d. For a maximum bolt shear force, F, calculate<br>the bearing stress for the connected member.<br>80<br>5<br>M6 x 1 bolts<br>Figure 3<br>Variable<br>Value<br>Unit<br>F<br>2.6<br>kN<br>

Extracted text: Figure 3 shows a side view of a rectangular steel bar that is cantilevered to a 80 mm steel channel of thickness, 1, using four tightly fitted bolts of diameter, d. For a maximum bolt shear force, F, calculate the bearing stress for the connected member. 80 5 M6 x 1 bolts Figure 3 Variable Value Unit F 2.6 kN
In the solutions below, cach black box should have either one number or one (or more) variables.<br>The equation for bearing stress will be given by:<br>Bearing stress =-<br>For the variables given in the question, the bearing stress to 4 significant figures will be:<br>MPa<br>

Extracted text: In the solutions below, cach black box should have either one number or one (or more) variables. The equation for bearing stress will be given by: Bearing stress =- For the variables given in the question, the bearing stress to 4 significant figures will be: MPa

Jun 11, 2022
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