Intro -- Preface -- Introduction and Cyclic Loading Spectrum -- Introduction -- Cyclic Loading Spectrum -- References -- Exercises -- Reliability of a Component under Cyclic Load -- Introduction -- Fatigue Damage Mechanism -- Fatigue Test, S-N Curve, and Material Endurance Limit -- The Marin Modification Factors -- The Effect of Mean Stress -- The Fatigue Stress Concentration Factor -- Reliability of a Component with an Infinite Life -- Reliability of a Component by the P-S-N Curves Approach -- The Material P-S-N Curves -- The Component P-S-N Curves -- Reliability of a Component under Model #1 Cyclic Loading Spectrum -- Reliability of a Component under Model #2 Cyclic Loading Spectrum -- Reliability of a Component under Model #3 Cyclic Loading Spectrum -- Reliability of a Component under Model #4 Cyclic Loading Spectrum -- Reliability of a Component under Model #5 Cyclic Loading Spectrum -- Reliability of a Component under Model #6 Cyclic Loading Spectrum -- The Reliability of a Component with P-S-N Curves by the Monte Carlo Method -- The Probabilistic Fatigue Damage Theory (the K-D Model) -- Introduction -- The Material Fatigue Strength Index K_0 -- The Component Fatigue Strength Index K -- The Component Fatigue Damage Index D -- The Probabilistic Fatigue Damage Theory (the K-D Model) -- Reliability of a Component under Cyclic Axial Loading -- Reliability of a Component under Cyclic Direct Shearing Loading -- Reliability of a Shaft under Cyclic Torsion Loading -- Reliability of a Beam under Cyclic Bending Loading -- Reliability of a Component under Cyclic Combined Loading -- Reliability of a Component with the K-D Model by the Monte Carlo Method -- The Comparison of Results by the K-D Model with the Results by the P-S-N Curves -- Summary -- References -- Exercises -- The Dimension of a Component with Required Reliability -- Introduction.
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