Question

Problem (4) An element is subjected to \sigma _(x),\sigma _(y) and \tau _(xy) which are varying as shown in the figure. If the endurance limit, for the element material, \sigma _(e)= 200 MPa and the yield strength, \sigma _(y)=300MPa. Calculate the factor of safety S for the element.

Name: problem 4 an element is subjected to sigma xsigma y and tau xy which are varying as shown in the figure if the endurance limit for the element material sigma e 200 mpa and the yield stre 46533
Uploaded: 2024-11-21T14:51:35-08:00
Duration: 3 min
Channel: Rashmi Sinha
Description: problem 4 an element is subjected to sigma xsigma y and tau xy which are varying as shown in the figure if the endurance limit for the element material sigma e 200 mpa and the yield stre 46533

          Problem (4)
An element is subjected to \sigma _(x),\sigma _(y) and \tau _(xy) which
are varying as shown in the figure. If the
endurance limit, for the element material, \sigma _(e)=
200 MPa and the yield strength, \sigma _(y)=300MPa.
Calculate the factor of safety S for the element.

problem 4 an element is subjected to sigma xsigma y and tau xy which are varying as shown in the figure if the endurance limit for the element material sigma e 200 mpa and the yield stre 46533

Added by Brian L.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Rashmi Sinha

11/21/2024

Step 1

If the endurance limit, for the element material, $\sigma_e$ = 200 MPa and the yield strength, $\sigma_y$ =300 MPa. Calculate the factor of safety S for the element. Stress in MPa Time in Sec. Show more…

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Problem (4) An element is subjected to \sigma _(x),\sigma _(y) and \tau _(xy) which are varying as shown in the figure. If the endurance limit, for the element material, \sigma _(e)= 200 MPa and the yield strength, \sigma _(y)=300MPa. Calculate the factor of safety S for the element.