1974
DOI: 10.5254/1.3540429
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The Effect of Carbon Black Parameters on the Fatigue Life of Filled Rubber Compounds

Abstract: Fatigue is defined as decay caused by cyclic deformations at an amplitude less than necessary for fracture in one cycle. Such failures are initiated by flaws which act as stress concentrators. These flaws occur in the material either through mechanical or chemical action during service or through agglomeration of certain ingredients during mixing and fabrication. This paper deals with the latter process, where the nature and size of the flaws as well as the properties of the matrix are contingent on carbon bla… Show more

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Cited by 40 publications
(23 citation statements)
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“…Similar mode of fractures have been observed for silica and carbon black filled vulcanizates [ 151. This observation also agrees well with earlier investigation reported by Dizon et al [16] and Gent et al [17] for cut growth from flaws on die-stamped dumbell test pieces subjected to dynamic tests.…”
Section: Mode Of Fracturesupporting
confidence: 93%
“…Similar mode of fractures have been observed for silica and carbon black filled vulcanizates [ 151. This observation also agrees well with earlier investigation reported by Dizon et al [16] and Gent et al [17] for cut growth from flaws on die-stamped dumbell test pieces subjected to dynamic tests.…”
Section: Mode Of Fracturesupporting
confidence: 93%
“…Also, the orientation of maximum cracking energy density is the direction of maximum principal tensile stress if there is no relatively larger pre‐existing crack in rubbery materials. Intrinsic flaws in rubbery materials resulting from manufacturing were observed by many researchers 7–10. The size of intrinsic flaws plays an important role in determining the fatigue lives of rubbery materials 11–13.…”
Section: Introductionmentioning
confidence: 99%
“…The effects of carbon black properties on fatigue life (cycles to catastrophic failure) are illustrated in Table III [95]. The former is the growth of a deliberately introduced cut on repeated cyclic deformation of insufficient magnitude to cause immediate failure.…”
Section: Failure Propertiesmentioning
confidence: 99%