2001
DOI: 10.1016/s0300-9440(01)00243-0
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Effect of coating stress on adherence and on corrosion prevention

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Cited by 30 publications
(11 citation statements)
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“…The build-up of internal stress can come from several contributions [60,61]: The build-up of the internal stress due the exposition to a variation of temperature or relative humidity mostly comes from the fact that the adhesion between the substrate and the organic coating prevent stress relaxation by dimensional changes (film constraining by adhesion) due to different thermal and hygroscopic coefficient between the coating and the substrate [62]. A schematic representation of the different stress which can occur in organic coating is reported on the Figure 5 The build-up of internal stress can come from several contributions [60,61]: The build-up of the internal stress due the exposition to a variation of temperature or relative humidity mostly comes from the fact that the adhesion between the substrate and the organic coating prevent stress relaxation by dimensional changes (film constraining by adhesion) due to different thermal and hygroscopic coefficient between the coating and the substrate [62]. A schematic representation of the different stress which can occur in organic coating is reported on the In this section, the different protection mechanisms and the requirements for these protection mechanisms to happen were described.…”
Section: Internal Stressesmentioning
confidence: 99%
“…The build-up of internal stress can come from several contributions [60,61]: The build-up of the internal stress due the exposition to a variation of temperature or relative humidity mostly comes from the fact that the adhesion between the substrate and the organic coating prevent stress relaxation by dimensional changes (film constraining by adhesion) due to different thermal and hygroscopic coefficient between the coating and the substrate [62]. A schematic representation of the different stress which can occur in organic coating is reported on the Figure 5 The build-up of internal stress can come from several contributions [60,61]: The build-up of the internal stress due the exposition to a variation of temperature or relative humidity mostly comes from the fact that the adhesion between the substrate and the organic coating prevent stress relaxation by dimensional changes (film constraining by adhesion) due to different thermal and hygroscopic coefficient between the coating and the substrate [62]. A schematic representation of the different stress which can occur in organic coating is reported on the In this section, the different protection mechanisms and the requirements for these protection mechanisms to happen were described.…”
Section: Internal Stressesmentioning
confidence: 99%
“…However further addition of dammar, the adhesion of SD is reduced and this could be due to the coating stress which has developed during film formation that acted against adherence. According to Perera (1996) and Piens and Deurwaerder (2001), further increased in polarity and cross-link density, it will lead to development of coating stress and resulted in detachment of the coating.…”
Section: Discussionmentioning
confidence: 99%
“…A 31% increase in F max was observed for Sample A after Type 1 ageing, whereas no significant change was observed for Samples B and C. Some hypotheses may be given for the behaviour of Sample A: diffusion of the water vapour through the primer layer and modification of the stress inside the primer were favoured [46,47]. Ageing temperature was close to the primer layer glass transition temperature while the T g-onset onset glass transition temperature was measured at 60 C before ageing.…”
Section: Influence Of Ageing On Adherencementioning
confidence: 95%