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Effect of Static and Intermittent Shear Stress on the Fatigue Strength of Notched Components under Combined Rotating Bending and Torsion

机译：静态和间歇剪切应力对组合弯曲弯曲与扭转下缺口构件疲劳强度的影响

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Bennebach M.; Palin-Luc T.;
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3. Energy Approach to Fatigue Under Combined Cyclic Bending With Torsion of Smooth and Notched Specimens [J] . T.Lagoda Materials Science . 1998,第5期

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4. Effect of static and intermittent shear stress on the fatigue strength of notched components under combined rotating bending and torsion. [C] . M. Bennebach, T. Palin-Luc Edition of the International Conference on Fatigue Design . 2016

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5. Parameter describing the effect of static mean stresses in multiaxial fatigue and its use in fatigue life predictions for induction-hardened shafts cycled in torsion. [D] . Kaufman, Rebecca Peace. 2002

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6. A unified approach for determining the ultimate strength of RC members subjected to combined axial force bending shear and torsion [O] . Pu Wang, Zhen Huang -1

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7. Fatigue Strength under Combined Rotating Bending and Torsional Load : Report 1 Fatigue Life of V-notched S 35 C Steel Specimen under Successive Rotating Bending and Reversed Torsion [O] . Hiroshi NAKAMURA, Saneyasu HOSHI, Itsuro AOKI 1969

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Effect of Static and Intermittent Shear Stress on the Fatigue Strength of Notched Components under Combined Rotating Bending and Torsion

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