Abstract
Modelling of the process of cure is necessary to afford further insight into the nature of all phenomena, and therefore to improve the quality of the final material and to reduce the time of cure in the mould. The most important aspect in the process of cure of thermosets is the high cure enthalpy associated with a low thermal conductivity, which may give rise to excessively high temperature and to substantial temperature gradients within the resin, when standard moulds are used [1–8].
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References
Nixon JA, Hutchinson JM. Analysis of the cure of sheet moulding compound. I. Development of the model. Plast Rubber Process Applic 1985; 5: 349
Pusatcioglu SY, Hassler JC, Fricke AL, McGee HA. Effect of temperature gradients on cure and stress gradients in thick thermoset castings. J Appl Polym Sci 1980; 25: 381
Chater M, Vergnaud JM. Study of the process of cure of epoxide resin heated by liquid oil at constant temperature. Eur Polym J 1988; 24: 245
El Brouzi A, Bouzon J, Vergnaud JM. Modelling of the cure of fibre glass—epoxy resin composite heated by liquid oil at constant temperature. Effect of parameters on the process. Plast Rubber Process Applic 1989; 12: 71
Chater M, Bouzon J, Vergnaud JM. Modelling of the cure of epoxide resin. Effect of the diameter of cylindrical moulds. Plast Rubber Process Applic 1987; 7: 199
Chater M, Vergnaud JM. Effect of the temperature of the mould on the cure of epoxy resin. J Polym Engng 1988; 8: 1
Chater M, Vergnaud JM. Effect of kinetic and thermal parameters on the process of cure of epoxide resin in a cylindrical mould. Eur Polym J 1987; 23: 563
El Brouzi A, Granger R, Bouzon J, Vergnaud JM. Modelling and simulation of the process of reactive injection moulding in the case of a composite with low enthalpy. Plast Rubber Process Applic 1988; 12: 7
Liu H, Armand JY, Bouzon J, Vergnaud JM. Effect of sample size and heating rate on the DSC process for reactions of high enthalpy. Thermochim Acta 1988; 126: 81
Armand JY, Vergnaud JM. Effect of the value of heating rate in DSC on the kinetic parameters, when there is a high enthalpy of reaction. Thermochim Acta 1988; 131: 15
Azaar K, El Brouzi A, Granger R, Vergnaud JM. Process of cure of a maleic polyester resin. Modelling and experiments with thin slab in metal mould. Eur Polym J , in press
Azaar K, El Brouzi A, Granger R, Vergnaud JM. Effect of temperature on the cure of a polyester resin in a thin slab. Modelling and experiments. Europ Polym J, in press
Azaar K, El Brouzi A, Granger R, Vergnaud JM. Modelling the cure of thermosetting polymers. Effect of the coefficient of surface heat transfer. Plast Rubber Process Applic, in press
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© 1992 Springer-Verlag London Limited
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Vergnaud, JW., Bouzon, J. (1992). Cure of a Loaded Polyester Resin in a Metallic Mould. In: Cure of Thermosetting Resins. Springer, London. https://doi.org/10.1007/978-1-4471-1915-9_18
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DOI: https://doi.org/10.1007/978-1-4471-1915-9_18
Publisher Name: Springer, London
Print ISBN: 978-1-4471-1917-3
Online ISBN: 978-1-4471-1915-9
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