Q4. A steel cantilever beam is of circular cross-section is subjected to a transverse load at its free end which varies from 45 N up to 135 N down. The strength properties are as follows: Ultimate...


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Q4. A steel cantilever beam is of circular cross-section is subjected to a<br>transverse load at its free end which varies from 45 N up to 135 N down. The<br>strength properties are as follows: Ultimate strength 600 MPa, Yield strength<br>360 MPa, Endurance limit =<br>300 MPa. The theoretical stress<br>for<br>45 N<br>324 mm<br>concentration<br>factor<br>bending is 1.5 and the notch<br>sensitivity 0.8, at the change of<br>cross-section. Take size factor = 0.8 and surface finish factor<br>= 0.9. Determine the required factor of safety for infinite life<br>using Soderberg's formula as basis for design. (n = 3)<br>2d<br>d= 12 mm<br>0.2d<br>466 mm<br>135 N<br>

Extracted text: Q4. A steel cantilever beam is of circular cross-section is subjected to a transverse load at its free end which varies from 45 N up to 135 N down. The strength properties are as follows: Ultimate strength 600 MPa, Yield strength 360 MPa, Endurance limit = 300 MPa. The theoretical stress for 45 N 324 mm concentration factor bending is 1.5 and the notch sensitivity 0.8, at the change of cross-section. Take size factor = 0.8 and surface finish factor = 0.9. Determine the required factor of safety for infinite life using Soderberg's formula as basis for design. (n = 3) 2d d= 12 mm 0.2d 466 mm 135 N

Jun 11, 2022
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