Application of Probability to Mechanical Design
143
Figure Problem 2.10
PROBLEM 2.10
Using titanium Ti-16V-2.5 AL and using Eqs. (2.17) and (2.175) in with
(2.173) modified for the stress concentration. The stationery shaft Fig.
Prob. 2.10 has an applied moment of 0-250 in lbs and the original R
was 0.002 in. What would be the probability of failure for the Gaussian
and Weibull representation of the titanium? What R should be used to produce a PU = 1 / 106.
143
Figure Problem 2.10
PROBLEM 2.10
Using titanium Ti-16V-2.5 AL and using Eqs. (2.17) and (2.175) in with
(2.173) modified for the stress concentration. The stationery shaft Fig.
Prob. 2.10 has an applied moment of 0-250 in lbs and the original R
was 0.002 in. What would be the probability of failure for the Gaussian
and Weibull representation of the titanium? What R should be used to produce a PU = 1 / 106.