- Problem 1 A Loaded Shaft Is In Bending And Torsion So Ma 90 N M Ta 65 N M Mm 75 Nm And Tm 55 N M For The Shaft Su 1 (9.45 KiB) Viewed 40 times
Problem 1: A loaded shaft is in bending and torsion, so Ma-90 N m, Ta-65 N m, Mm=75 Nm and Tm= 55 N-m. For the shaft, Su
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Problem 1: A loaded shaft is in bending and torsion, so Ma-90 N m, Ta-65 N m, Mm=75 Nm and Tm= 55 N-m. For the shaft, Su
Problem 1: A loaded shaft is in bending and torsion, so Ma-90 N m, Ta-65 N m, Mm=75 Nm and Tm= 55 N-m. For the shaft, Su-780 MPa and Sy=590 MPa, and a yield strength limit is assumed. fully corrected fatigue of Se=224 MPa. Let Kf=2.5 and Kfs=1.9. With a design factor of 1.5 determine the minimum diameter: