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• W2167386495 abstract "Macroscopic deformation and failure modes of polyolefines are reviewed in terms of deformation and failure models based on the craze initiation and propagation model of Kramer–Berger and the craze–crack transition model of Kramer–Brown. Although these models were formulated for amorphous polymers they are also valid for semi-crystalline polymers. The important role of the underlying molecular entanglement network in this approach is reflected by the strain hardening behaviour which is shown to be a robust measure for predicting slow crack growth performance. The polymer network response explains the experimentally observed presence of two Brittle–Ductile transitions, one at low temperature or high strain rates, linked with chain scission which dominates crazing, the other at elevated temperatures or low strain rates which involves disentanglement crazing. The relation between these two Brittle–Ductile transitions and the major transition temperatures for molecular mobility such as the glass transition and the crystal α relaxation temperature are discussed. Valid strategies for increasing the crack propagation resistance in polyolefines are reviewed. Finally an outlook for further research to complement the present knowledge base is formulated." @default.
• W2167386495 created "2016-06-24" @default.
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• W2167386495 date "2011-06-01" @default.
• W2167386495 modified "2023-10-05" @default.
• W2167386495 title "Failure mechanisms in polyolefines: The role of crazing, shear yielding and the entanglement network" @default.
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• W2167386495 cites W1964212821 @default.
• W2167386495 cites W1966729722 @default.
• W2167386495 cites W1969919796 @default.
• W2167386495 cites W1972212541 @default.
• W2167386495 cites W1974313341 @default.
• W2167386495 cites W1974751116 @default.
• W2167386495 cites W1974948716 @default.
• W2167386495 cites W1977116579 @default.
• W2167386495 cites W1982471489 @default.
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• W2167386495 cites W1985978564 @default.
• W2167386495 cites W1987516621 @default.
• W2167386495 cites W1987649538 @default.
• W2167386495 cites W1989015039 @default.
• W2167386495 cites W1989966091 @default.
• W2167386495 cites W1991974102 @default.
• W2167386495 cites W1994962524 @default.
• W2167386495 cites W1995824633 @default.
• W2167386495 cites W1996720311 @default.
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• W2167386495 cites W2008360998 @default.
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• W2167386495 cites W2026909599 @default.
• W2167386495 cites W2030521083 @default.
• W2167386495 cites W2039446220 @default.
• W2167386495 cites W2041486084 @default.
• W2167386495 cites W2046088244 @default.
• W2167386495 cites W2048821441 @default.
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• W2167386495 cites W2057214937 @default.
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• W2167386495 cites W2061525925 @default.
• W2167386495 cites W2065631339 @default.
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• W2167386495 cites W2066759756 @default.
• W2167386495 cites W2067652981 @default.
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• W2167386495 cites W2074330629 @default.
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• W2167386495 cites W2118445279 @default.
• W2167386495 cites W2126178550 @default.
• W2167386495 cites W2127586341 @default.
• W2167386495 cites W2129186944 @default.
• W2167386495 cites W2130783816 @default.
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• W2167386495 doi "https://doi.org/10.1016/j.polymer.2011.03.055" @default.
• W2167386495 hasPublicationYear "2011" @default.
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