FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2801353910> ?p ?o ?g. }

• W2801353910 endingPage "1917" @default.
• W2801353910 startingPage "1900" @default.
• W2801353910 abstract "Abstract Theoretical 2‐parameter C* ‐ Q* approaches and numerical simulation were conducted to investigate the creep crack initiation (CCI) time and the effect of constraints induced by the geometrical sizes of pipelines with circumferential surface cracks. The theoretical enhancement model of the C* ‐ Q* approaches under the transient creep condition, which considered the load‐independent constraint parameter Q* , was proposed to predict the CCI time around the crack front. The results revealed that the distribution regulation of Q* along the crack front for circumferential internal surface cracks and external surface cracks was similar. The maximum constraint level occurred near the deepest crack front part for cracks with small a/c ( a/c < 0.4), while it occurred near the free surface for cracks with large a/c ( a/c > 0.4). The constraint values at the same position (2 Φ /π) increased with the increasing of the crack depth when a/c kept constant. In addition, the circumferential internal surface cracks of pipelines were proved more dangerous than the external surface cracks with the same geometrical size. Furthermore, the CCI times were decided by the peak values of constraint, or the CCI firstly occurred at the position where the constraint level was maximum. Additionally, the variation of hydrostatic stresses, triaxiality, and multiaxial strain factor considering the constraint parameter Q* was discussed. The suitability of the analytical C* ‐ Q* approaches was verified to predict CCI. The comparison of CCI times between the analytical approach and the BS 7910 as well as the finite element results demonstrated that the solutions under stress intensity factor–Riedel‐Rice control (initially by stress intensity factor and then by transient creep stress or Riedel‐Rice conditions)—were more accurate when internal pressure P < 18 MPa, but the solutions under Hutchinson‐Rice‐Rosengren–Riedel‐Rice control (initially by plastic Hutchinson‐Rice‐Rosengren control and then by Riedel‐Rice conditions) were more appropriate when P > 18 MPa. Finally, the accuracy of C* ‐ Q* 2‐parameter approaches and the suitability of finite element simulation were validated." @default.
• W2801353910 created "2018-05-17" @default.
• W2801353910 creator A5038657036 @default.
• W2801353910 creator A5056994271 @default.
• W2801353910 creator A5068130877 @default.
• W2801353910 creator A5069126370 @default.
• W2801353910 creator A5075233046 @default.
• W2801353910 date "2018-05-03" @default.
• W2801353910 modified "2023-10-14" @default.
• W2801353910 title "Creep crack initiation prediction considering constraint effect for pressurized pipelines with circumferential surface cracks" @default.
• W2801353910 cites W1504357259 @default.
• W2801353910 cites W1571028613 @default.
• W2801353910 cites W1678107097 @default.
• W2801353910 cites W1788730425 @default.
• W2801353910 cites W1945042102 @default.
• W2801353910 cites W1970461708 @default.
• W2801353910 cites W1971016430 @default.
• W2801353910 cites W1972824878 @default.
• W2801353910 cites W1976161994 @default.
• W2801353910 cites W1978388614 @default.
• W2801353910 cites W1985093844 @default.
• W2801353910 cites W1992014061 @default.
• W2801353910 cites W1992057547 @default.
• W2801353910 cites W1995186585 @default.
• W2801353910 cites W2000335607 @default.
• W2801353910 cites W2005946391 @default.
• W2801353910 cites W2010082831 @default.
• W2801353910 cites W2021126540 @default.
• W2801353910 cites W2025929094 @default.
• W2801353910 cites W2027188028 @default.
• W2801353910 cites W2029982182 @default.
• W2801353910 cites W2030883026 @default.
• W2801353910 cites W2032047396 @default.
• W2801353910 cites W2035093736 @default.
• W2801353910 cites W2040266098 @default.
• W2801353910 cites W2047423213 @default.
• W2801353910 cites W2048115109 @default.
• W2801353910 cites W2056559436 @default.
• W2801353910 cites W2079431575 @default.
• W2801353910 cites W2083955553 @default.
• W2801353910 cites W2084150999 @default.
• W2801353910 cites W2086142418 @default.
• W2801353910 cites W2086715559 @default.
• W2801353910 cites W2093358737 @default.
• W2801353910 cites W2093555818 @default.
• W2801353910 cites W2096681693 @default.
• W2801353910 cites W2125911079 @default.
• W2801353910 cites W2133527132 @default.
• W2801353910 cites W2137240565 @default.
• W2801353910 cites W2138499971 @default.
• W2801353910 cites W2164338656 @default.
• W2801353910 cites W2198441025 @default.
• W2801353910 cites W2236963449 @default.
• W2801353910 cites W2271063856 @default.
• W2801353910 cites W2322314569 @default.
• W2801353910 cites W2479557956 @default.
• W2801353910 cites W2547621879 @default.
• W2801353910 cites W2591491339 @default.
• W2801353910 cites W2752433708 @default.
• W2801353910 cites W2761075571 @default.
• W2801353910 cites W2770410534 @default.
• W2801353910 cites W2790578319 @default.
• W2801353910 cites W2791579560 @default.
• W2801353910 cites W2793666369 @default.
• W2801353910 cites W388253908 @default.
• W2801353910 cites W51952050 @default.
• W2801353910 doi "https://doi.org/10.1111/ffe.12829" @default.
• W2801353910 hasPublicationYear "2018" @default.
• W2801353910 type Work @default.
• W2801353910 sameAs 2801353910 @default.
• W2801353910 citedByCount "8" @default.
• W2801353910 countsByYear W28013539102018 @default.
• W2801353910 countsByYear W28013539102019 @default.
• W2801353910 countsByYear W28013539102020 @default.
• W2801353910 countsByYear W28013539102021 @default.
• W2801353910 countsByYear W28013539102023 @default.
• W2801353910 crossrefType "journal-article" @default.
• W2801353910 hasAuthorship W2801353910A5038657036 @default.
• W2801353910 hasAuthorship W2801353910A5056994271 @default.
• W2801353910 hasAuthorship W2801353910A5068130877 @default.
• W2801353910 hasAuthorship W2801353910A5069126370 @default.
• W2801353910 hasAuthorship W2801353910A5075233046 @default.
• W2801353910 hasConcept C10138342 @default.
• W2801353910 hasConcept C121332964 @default.
• W2801353910 hasConcept C127413603 @default.
• W2801353910 hasConcept C135628077 @default.
• W2801353910 hasConcept C149912024 @default.
• W2801353910 hasConcept C159985019 @default.
• W2801353910 hasConcept C162324750 @default.
• W2801353910 hasConcept C192562407 @default.
• W2801353910 hasConcept C198082294 @default.
• W2801353910 hasConcept C2524010 @default.
• W2801353910 hasConcept C2776036281 @default.
• W2801353910 hasConcept C2776799497 @default.
• W2801353910 hasConcept C33923547 @default.
• W2801353910 hasConcept C57879066 @default.
• W2801353910 hasConcept C66938386 @default.
• W2801353910 hasConceptScore W2801353910C10138342 @default.

• next