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An Approach for Fatigue Life Prediction
Volume 6: Materials and Fabrication, 2005Fatigue damage is generally described as the nucleation and growth of cracks to final failure. These two stages of fatigue damage are often modeled with completely different methods with no quantitative relationships between them. In addition, a number of fitting parameters are needed in order to consider different effects. The current work is aimed to
Yanyao Jiang, Fei Ding, Miaolin Feng
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Fatigue life prediction of natural rubber: Effect of multiaxiality on the fatigue life reinforcement
2022Carbon Black filled Natural Rubber (CB-NR) is the most commonly used crystallizable elastomer for antivibratory applications in the automotive industry. For decades, uniaxial fatigue tests have been carried out for characterizing, understanding and modelling fatigue resistance of CB-NR.
Mouslih, Y. +4 more
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Fatigue Life Prediction of Microstructures
Volume 8: Mechanics of Solids, Structures and Fluids, 2012The formation and early growth of fatigue cracks in the high cycle fatigue regime is influenced by microstructuctural features such as grain size and morphological and crystallographic texture. However, most fatigue models do not predict the influence of the microstructure on early stages of crack formation, or they employ parameters that should be ...
Gustavo M. Castelluccio +1 more
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2001
Abstract In the design of composite structures for durability and damage tolerance, the primary concerns are out-of-plane failures, such as delamination, material degradation associated with environment, stability under compression loading, large degree of scatter in fatigue life, and bearing failure of joints.
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Abstract In the design of composite structures for durability and damage tolerance, the primary concerns are out-of-plane failures, such as delamination, material degradation associated with environment, stability under compression loading, large degree of scatter in fatigue life, and bearing failure of joints.
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Fatigue life prediction of welded box structures
Strength of Materials, 2004The objective of this study is to predict fatigue life of metal welded boxes. Experimental results of fatigue life are satisfactory predicted using an analytical scheme based on the volumetric approach.
Zedira, H. +5 more
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Thermal fatigue life prediction
Materials Testing, 2004Abstract For clarifying the behavior of thermal fatigue and verifying the role of Coffin-Manson’s law in thermal fatigue, out-of phase type thermal fatigue tests were carried out on ferritic ductile cast iron. As a result of the tests, the dependence of thermal fatigue life and the plastic strain produced in each cycle on cyclic peak ...
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Prediction of Tensile Fatigue Life for Unidirectional CFRP
Journal of Composite Materials, 2000Tensile fatigue strength in unidirectional CFRP depends on time and temperature as well as number of cycles. A prediction method of fatigue strength proposed [14] for polymer composites meeting certain conditions and confirmed for flexural fatigue strength of satin-woven CFRP laminates is applied to the tensile fatigue life of unidirectional CFRP.
YASUSHI MIYANO +3 more
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Model for life prediction of fatigue–creep interaction
Microelectronics Reliability, 2008This paper discusses the development of a procedure for computing creep and stress relaxation at the critical location in a through-hole structure. A high-speed methodology was developed for calculating cyclic creep and stress relaxation at critical locations of a pile on elastic foundation subjected to cyclic thermomechanical loading.
Ricky Valentin +2 more
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Fatigue of Composites—Fatigue Modulus Concept and Life Prediction
Journal of Composite Materials, 1986Fatigue behavior of glass fiber reinforced epoxy composite materials has been studied analytically. A new concept called "fatigue modulus," which is defined as a slope of applied stress and resultant strain at a specific cycle is introduced. Fatigue modulus degradation is studied using an assumption that the fatigue modulus degrada tion rate follows a ...
W. Hwang, K.S. Han
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Fatigue Life Prediction Models
2011Chapter 4 deals with low cycle fatigue tests and derivation of fatigue life prediction models curve-fitted to the fatigue test data for Sn–Ag–Cu and Sn–Cu solder alloys. The fatigue tests were conducted under low cycle fatigue test conditions over a wide range of isothermal temperatures (−40°C to +125°C) and frequencies.
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