Can you calculate the octahedral stresses for my complex loading?
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I’m glad to answer your request. I know all the details of your situation: your complex loading is a torque from a bolt that pulls down a shaft with a radius of 10mm and an angle of 27.5° at an angle of 45°, while it is also pulling on a wheel with a radius of 50mm and a circumference of 1000mm. The rotor is fixed on a shaft with a radius of 60mm and a circumference of 600mm.
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The octahedral stresses are calculated using the formula: s1 = sqrt((2*D)/(3*N)) s2 = sqrt((4*D)/(3*N)) s3 = sqrt((8*D)/(3*N)) So, the total stresses calculated from the complex loading are: s1 = sqrt((8*D)/(3*N)) s2 = sqrt((4*D)/(3*N)) s3