2. A steel bar of 750 mm2 cross-sectional area is placed between two aluminum bars, each of 500 mm2 cross-sectional area. The ends of the bars are attached to a rigid support on one side and a rigid...



need help.


2. A steel bar of 750 mm2 cross-sectional area is placed between two aluminum<br>bars, each of 500 mm2 cross-sectional area. The ends of the bars are attached to<br>a rigid support on one side and a rigid thick plate on the other. Assume that for<br>steel E, = 210 GPa , (o,) = 240 MPa , and for aluminum Eal<br>(o,) = 320 MPa. Assume that both material exhibit elastic-perfectly plastic<br>70 GPa ,<br>al<br>behavior. Determine the yield load, P, and the corresponding yield displacement,<br>Aluminum<br>Steel<br>Rigid End Plate<br>Aluminum<br>15 mm<br>360 mm<br>

Extracted text: 2. A steel bar of 750 mm2 cross-sectional area is placed between two aluminum bars, each of 500 mm2 cross-sectional area. The ends of the bars are attached to a rigid support on one side and a rigid thick plate on the other. Assume that for steel E, = 210 GPa , (o,) = 240 MPa , and for aluminum Eal (o,) = 320 MPa. Assume that both material exhibit elastic-perfectly plastic 70 GPa , al behavior. Determine the yield load, P, and the corresponding yield displacement, Aluminum Steel Rigid End Plate Aluminum 15 mm 360 mm

Jun 11, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers