Results 1 to 10 of about 542,119 (166)
Probabilistic analysis of stress intensity factor (SIF) and degree of bending (DoB) in axially loaded tubular K-joints of offshore structures [PDF]
, 2015 The stress intensity factor (SIF) and the degree of bending (DoB) are among the crucial parameters in evaluating the fatigue reliability of offshore tubular joints based on the fracture mechanics (FM) approach. The value of SIF is a function of the crack
Ghaffari, Amirreza, Ahmadi, Hamid
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Fatigue Crack Growth in Complex Stress Fields [PDF]
, 2008 Fatigue crack growth has been traditionally modelled using LEFM through the use of the Paris law. This requires an accurate method for stress intensity factor (K) calculation. Weight functions have been developed for one-dimensional cracks (e.g.
Chahardehi A, Chahardehi, Amir Ebrahim
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Stress intensity factor for a thermally insulated crack in bonded dissimilar materials [PDF]
, 2019 The modified complex variable function method with the continuity conditions of the resultant force, displacement and heat conduction functions are used to formulate the hypersingular integral equation (HSIE) for a thermally ...
Eshkuvatov, Zainiddin K. +7 more
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The Stress Intensity Factor for a Surface Crack Due to Moving Impact Loading
, 2013 In this study, the dynamic stress intensity factor of a surface crack subjected to an antiplane moving loading is derived. The solution is determined by superposition of proposed fundamental solutions in the Laplace transform domain.
Ing, Yi-shyong; Lin, Jui-ting
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Analysis of Stress Intensity Factors for Curved Cracks.
TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS Series A, 1993 In this paper, the hypersingular integral equation method (HIEM) is applied to calculate the stress intensity factors of curved crack problems. The stress fields induced by two kinds of displacement discontinuity are used as fundamental solutions. Then, the problem is formulated as a system of integral equations with the singularity of the form of r-2.
Noda, Nao-Aki +2 more
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Analytical computation of stress intensity factor for multi-physics problems [PDF]
This work presents a methodology for the analytical calculation of the stress intensity factor when the stress distribution on the crack surfaces is non-homogeneous.
Pistorio, Francesca, Clerici, Davide
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Stress intensity factor threshold in dental porcelains
Journal of Materials Science: Materials in Medicine, 2007 The stress intensity factor threshold (KI0) is related to the stress level at which cracks start to grow stably, causing the weakening of porcelain prostheses during their use. The values of KI0 of seven dental porcelains (with and without reinforcing leucite crystal, KAlSi2O6) stored in air (22 degrees C, 60% relative humidity) and artificial saliva ...
Humberto Naoyuki, Yoshimura +3 more
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, 2014 This investigation examined the impact of Montmorency tart cherry concentrate (MC) on physiological indices of oxidative stress, inflammation and muscle damage across 3 days simulated road cycle racing.
Stevenson, Emma +9 more
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, 2023 Using the stress intensity factor to describe the stress field around a crack has become widely adopted due to its simplicity. The stress intensity factor depends on the applied nominal stress, the crack length, and a geometrical factor.
Robert Eriksson +8 more
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Stress intensity factor in c-ring shape
, 2014 C-Ring shaped thick-wall pipes are very common in power plant, chemical, processing, oil and gas industry. The C-Ring shaped equipment can be either thin or thick wall depending on the purpose of that particular equipment. Most often, cracks occur on the
Nya, Reza Manouchehry
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