Solve it fully. 3) The aluminum and steel bars with the same dimensions are perfectly bonded in two differentways. One is bonded in side by side, and the other is bonded in the top and bottom position.The bonded plate is placed in the temperature environment of Delta T=100 °F. The materialconstants of these materials are assumed as listed below:Es=30E6 psi,Eal= 10E6 psi,Vst =Val =0.3as=6.5xE-6 in/in/°Flal=13.0 E-6 in/in/°FSteelAluminumSide by side bonding (front view)+ySteelAluminiumTop and bottom bonding (isometric view)Assume the problem as a 2d problem and determine the axial stresses and deformation in thebar ifi) edges of the bar are unconstrainedii) edges of bar are constrained along y

LONGITUDINAL STRAIN Longitudinal strain is a normal strain in the direction of load LATERAL STRAIN…

3) The aluminum and steel bars with the same dimensions are perfectly bonded in two different ways. One is bonded in side by side, and the other is bonded in the top and bottom position. The bonded plate is placed in the temperature environment of Delta T=100 °F. The material constants of these materials are assumed as listed below: Est=30E6 psi, Eal= 10E6 psi, Vst =Val =0.3 As=6.5xE-6 in/in/°F Cal=13.0 E-6 in/in/°F Steel Aluminum Side by side bonding (front view) +y X Aluminium Top and bottom bonding (isometric view) Assume the problem as a 2d problem and determine the axial stresses and deformation in the bar if i) edges of the bar are unconstrained ii) edges of bar are constrained along y Steel