Problem 2: F = 10 kip -10 in- -5 in- -5 in- d/5 R. R1 d/ 10 R. 1.4 d- R2 I in The shaft shown above rotates at 1200 RPM and supports a 10 kip load. The material of the shaft is 1095 hot-rolled steel...

Problem 2:<br>F = 10 kip<br>-10 in-<br>-5 in-<br>-5 in-<br>d/5 R.<br>R1<br>d/ 10 R.<br>1.4 d-<br>R2<br>I in<br>The shaft shown above rotates at 1200<br>RPM and supports a 10 kip load. The<br>material of the shaft is 1095 hot-rolled<br>steel and its surface is machined and then<br>polished. Using a factor of safety of 1.6,<br>specify the minimum value of diameter d<br>for a life of 1,000 hours.<br>

Extracted text: Problem 2: F = 10 kip -10 in- -5 in- -5 in- d/5 R. R1 d/ 10 R. 1.4 d- R2 I in The shaft shown above rotates at 1200 RPM and supports a 10 kip load. The material of the shaft is 1095 hot-rolled steel and its surface is machined and then polished. Using a factor of safety of 1.6, specify the minimum value of diameter d for a life of 1,000 hours.

Jun 11, 2022

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Problem 2: F = 10 kip -10 in- -5 in- -5 in- d/5 R. R1 d/ 10 R. 1.4 d- R2 I in The shaft shown above rotates at 1200 RPM and supports a 10 kip load. The material of the shaft is 1095 hot-rolled steel...

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