me452 - ME 452 MACHINE DESIGN II Course Outcomes [Related...

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Fatigue Failure Theories (5 wks) 1. S-N Diagrams 2. Endurance Limit 3. High Cycle Fatigue 4. Stress Concentration 5. Fully Reversed Loading 6. Non-Zero Mean Stress 7. Combined Loading 8. Application to Shafts Bearings (2 wks) 1. Rolling Element Bearings Types Load/Life Effects of axial loads Cumulative Damage 2. Journal Bearings Types/Materials Petroff’s Model Reynolds Equations Short/Long Brng. Solutions Spur Gears (2 wks) 1. Geometry 2. Loads 3. Stresses surface bending 4. Strength 5. Safety factors surface bending Helical Springs (2 wks) 1. Materials 2. Geometry 3. Stresses 4. Spring Rate 5. Static Failure 6. Fatigue Failure 7. Buckling 8. Surge Indeterminate Problems - Bolted Joints (2 wks) 1. Geometry 2. Standards 3. Preload 4. Joint Constant 5. Static Failure 6. Fatigue Failure 7. Initial Torque 8. Gaskets ME 452 MACHINE DESIGN II Course Outcomes [Related ME Program Outcomes in brackets] 1. Understand fatigue failure mechanisms . [A2, A3] 2. Analyze
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me452 - ME 452 MACHINE DESIGN II Course Outcomes [Related...

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