Problem 2 In the figure shown, the applied force varies between ( -800 ) to ( 800 mathrm{~N} ). Use the ASME-elliptic method to calculate the fatigue factor of safety at the outer radius (outer surface) of the curved beam. Use ( S_{e}=230 mathrm{MPa}, S_{y}=630 mathrm{MPa} ) and ( S_{u t}=700 mathrm{MPa} ). The radius of the bend is ( solutionspile.com

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Problem 2 In the figure shown, the applied force varies between  ( -800  ) to  ( 800  mathrm{~N}  ). Use the ASME-elliptic method to calculate the fatigue factor of safety at the outer radius (outer surface) of the curved beam. Use  ( S_{e}=230  mathrm{MPa}, S_{y}=630  mathrm{MPa}  ) and  ( S_{u t}=700  mathrm{MPa}  ). The radius of the bend is  ( 3  mathrm{~mm}  ). solutionspile.com

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(Solved): Problem 2 In the figure shown, the applied force varies between \( -800 \) to \( 800 \mathrm{~N} \) ...

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