Question: The metallic hollow pipe shown in Figure Q1 is fixed at both its ends, and is under axial compression. The pipe has an external

The metallic hollow pipe shown in Figure Q1 is fixed at both

its ends, and is under axial compression. The pipe has an external

The metallic hollow pipe shown in Figure Q1 is fixed at both its ends, and is under axial compression. The pipe has an external diameter D = 97 mm, an internal diameter d = 37 mm, and a length L 7.20 m. The Young's Modulus of the metal used to manufacture the pipe is: E= 144.27 GPa. The state of strain at the point on the gear tooth in Figure Q13 has components e, 206 micro-strain, 6,- -235 micro-strain, Yxy 191 micro-strain. A Figure 013 Calculate the equivalent direct (or normal) strain on an element oriented at an angle = 26 anti-clockwise (positive direction) from the original position. Express your answer in micro-strains. (1 micro-strain strain x 106). Report your answer to 1 dp.

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