Subsurface metals fatigue cracking without and with crack tip by Andrey Shanyavskiy

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Subsurface metals fatigue cracking without and with crack tip by Andrey Shanyavskiy

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Influence of sherardizing on working properties of metal parts subjected to prior heat treatment by V. M. Konstantinov, I. A. Buloichyk

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A method for calculation of finite fatigue life under multiaxial loading in high-cycle domain by M. Malnati

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Fatigue Behaviour and Mean Stress Effect of Thermoplastic Polymers and Composites by Zongjin Lu, Bill Feng, Charlie Loh

“…The most commonly used mean stress correction equations developed in metal fatigue were evaluated with the current test results. …”
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Fatigue behaviour and mean stress effect of thermoplastic polymers and composites by Zongjin Lu, Bill Feng, Charlie Loh

“…The most commonly used mean stress correction equations developed in metal fatigue were evaluated with the current test results. …”
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Evaluation Method for Pitting Failure of the Planetary Gear System Under Impact Conditions by Fu Bowei, Yang Jie, Liu Yinghui, Feng Guojin, Zhen Dong

“…As the key structure of industrial reducers, the planetary gear system will be subject to cyclic load and impact load during the operation, which will cause metal fatigue peeling off the surface of gears and form pitting fault. …”
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Influence of Vibratory Stress Relief on Residual Stresses in Bridge Structural Members Weldments by Aurimas Jurčius, Algirdas Vaclovas Valiulis, Olegas Černašėjus

“…In a cases of cracking in steel bridge structural members were attributed to metal fatigue. The majority of these fatigue cracks are initiated adjacent to a weld. …”
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A critical review of fracture mechanics as a tool for multiaxial fatigue life prediction of plastics by Anders Winkler, Gertjan Kloosterman

“…Classical theories used for treating fatigue such as SN or eN analysis have proven much less successful for plastics than they have for metals. Fatigue crack propagation using fracture mechanics has seen some success in application, although appropriate crack initiation criteria still need to be established. …”
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A critical review of fracture mechanics as a tool for multiaxial fatigue life prediction of plastics1 by Anders Winkler, SPE, Gertjan Kloosterman

“…Classical theories used for treating fatigue such as SN or eN analysis have proven much less successful for plastics than they have for metals. Fatigue crack propagation using fracture mechanics has seen some success in application, although appropriate crack initiation criteria still need to be established. …”
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