The axial stress in the circular rod shown in Figure (a) for a temperature increase of 100^oF is

The increase of diameter of a circular rod in Figure (a) for a temperature increase of 100^oF is

A point in plane strain has the following stress component: σ_xx= 15 ksi (T) . For a temperature increase of 100^oF, the strain ε_yy is

Each of the two bars in the structure shown in Figure (b) have lengths of 10 inch and cross sectional area of 0.16 inch². The collapse load is

The circular shaft shown in Figure (c) is made from elastic-perfectly plastic material. Due to the action of the torque the section at B was seen to rotate by 0.15 radians. The depth of plastic zone in AB is

The shaft shown in Figure (c) is made from elastic-perfectly plastic material. The depth of plastic zone in AB was found to be 0.35 inch. The maximum torsional shear strain is

The shaft shown in Figure (c) is made from elastic-perfectly plastic material. The value of applied torque when the cross section is fully plastic is

The beam cross section shown in Figure (d) is made from elastic-perfectly plastic material. The magnitude of collapse moment is

The beam cross section shown in Figure (d) is made from elastic-perfectly plastic material. The depth of plastic zone is 0.5 inch. The maximum bending normal strain is

The beam cross section shown in Figure (e) is made from elastic-perfectly plastic material. At collapse moment, the location of the neutral axis from the bottom of the beam is