A metal bar with a rectangular cross section of height, h, and width, w, is fastened to a rigid wall with three pins. T...
A metal bar with a rectangular cross section of height, h, and width, w, is fastened to a rigid wall with three pins. The pins will fail in shear at a stress level of Tfail- Assuming that there is a gap, s, between the edge of the pin holes and the edge of the pins and that the pins are fixed to the wall, determine the change in temperature required to bring the end pins to the point of failure (assume direct shear failure). s-2.15 mm h = 80 mm w 45 mm Pin Diameter 16 mm Tfail 110 MPa L-0.9 m (bar 17 x 106°C Ebar 200 GPa 497 C 312°C 185°C 142 C 824°С 114°C
A metal bar with a rectangular cross section of height, h, and width, w, is fastened to a rigid wall with three pins. The pins will fail in shear at a stress level of Tfail- Assuming that there is a gap, s, between the edge of the pin holes and the edge of the pins and that the pins are fixed to the wall, determine the change in temperature required to bring the end pins to the point of failure (assume direct shear failure). s-2.15 mm h = 80 mm w 45 mm Pin Diameter 16 mm Tfail 110 MPa L-0.9 m (bar 17 x 106°C Ebar 200 GPa 497 C 312°C 185°C 142 C 824°С 114°C