A vertical compression and a state of shear stress is what produces the element like the one shown in the figure. The steps in the following problem are conducive to drawing the Mohr circle. A) Draw the axes of the Mohr circle with a plane. their respective texts and units.

B)Graph the point of the displayed state In the figure

C) Plot the point corresponding to the average normal stress.

D) Draw the line that corresponds to the radius of Mohr's circle.

E) Calculate the radius of Mohr's circle.

F) Calculate the principal normal stresses 1 and 2.

G) Calculate the angle that the element in the figure has to be rotated to obtain the principal stress 1.

H) Calculate the maximum shear stress in the plane

1) Calculate the angle that the element in the figure has to be rotated to obtain the maximum shear stress in the plane.

drawings for

1. The state of the main stresses, showing the corresponding angle.

2. The state of the maximum shear stresses in the plane, showing the corresponding angle

Transcribed Image Text:

100 MPa 50 MPa 25 MPa 100 MPa 50 MPa 25 MPa