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Critical plane approach to multiaxial variable amplitude fatigue loading [PDF]
Fracture and Structural Integrity, 2015 A new critical plane approach based on the modified Manson-Coffin curve method (MMCCM) is presented in this paper for predicting fatigue lifetime under variable amplitude (VA) multiaxial fatigue loading.
Yingyu Wang, Luca Susmel
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Multiaxial fatigue assessment of crankshafts by local stress and critical plane approach [PDF]
Fracture and Structural Integrity, 2016 For multiaxially-loaded parts several stress-based fatigue assessment concepts are applicable mostly taking uniaxial test results as basis. These approaches work well in case of proportional loading states, but on contrary, for non-proportional stress ...
M. Leitner +4 more
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Application of the Moment Of Inertia method to the Critical-Plane Approach [PDF]
Fracture and Structural Integrity, 2016 The Moment-Of-Inertia (MOI) method has been proposed by the authors to solve some of the shortcomings of convex-enclosure methods, when they are used to calculate path-equivalent ranges and mean components of complex non-proportional (NP) multiaxial load
Hao Wu +2 more
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Prediction of fatigue crack initiation under biaxial loading [PDF]
Fracture and Structural Integrity, 2017 This investigation revisits biaxial fatigue experiments carried out with the nickel-based superalloy termed Waspaloy. Recently, yield criteria extended to multiaxial fatigue and stress based approaches were analysed and their performance to correlate the
J.V. Sahadi, D. Nowell, R.J.H. Paynter
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Evaluation of new multiaxial damage parameters on low carbon steel [PDF]
Fracture and Structural Integrity, 2017 Most mechanical components are subjected to the complex fatigue loading conditions, where both amplitude and direction of loading cycles change over the time. The estimation of damage caused by these complex loading scenarios are often done by simplified
A. S. Cruces +4 more
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Critical Plane Concept and Energy Approach in Multiaxial Fatigue [PDF]
Materials Testing, 2005 This paper aims to propose a new interpretation of several energy based critical plane high cycle fatigue criteria. More exactly, the meaning of several global energy based criteria is detailed from the calculation of normal and shear work on a critical plane. This study is limited to multiaxial fatigue under constant amplitude and synchronous loadings
Palin-Luc, Thierry, Morel, Franck
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Comparison between SSF and Critical-Plane models to predict fatigue lives under multiaxial proportional load histories [PDF]
Fracture and Structural Integrity, 2016 Materials can be classified as shear or tensile sensitive, depending on the main fatigue microcrack initiation process under multiaxial loadings. The nature of the initiating microcrack can be evaluated from a stress scale factor (SSF), which usually ...
Manuel de Freitas +3 more
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Time and frequency domain models for multiaxial fatigue life estimation under random loading [PDF]
Fracture and Structural Integrity, 2015 Engineering structures and components are often subjected to random fatigue loading produced, for example, by wind turbulences, marine waves and vibrations.
Andrea Carpinteri +3 more
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Frontiers in Mechanical Engineering, 2022 The subsurface elastic stress fields in plane and axisymmetric contacts with friction under oscillating tangential loading are calculated via a very robust, high-precision method, which operates with appropriate superpositions of analytic solutions for ...
Emanuel Willert
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Models of initiation fatigue crack paths proposed by Macha [PDF]
Fracture and Structural Integrity, 2015 Professor E. Macha devoted his academic life to solving the problems connected with random multiaxial fatigue in components of machines and structures.
Z. Marciniak , D. Rozumek
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