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Study of the transverse permeability of fibrous reinforcements became increasingly important when liquid molding processes started being more widely employed to obtain more complex-shaped or thicker parts. In this paper, a system specially built to measure transverse permeability of fabrics based on the correlation between pressure difference and flow rate was used to evaluate the effect of temperature on the measurements of the transverse permeability of a E-glass fiber fabric. Three fiber volume fractions (38-61%) and three temperatures were studied (20-63oC). The results have shown that the effect of the temperature on the transverse permeability was limited.

EXPERIMENTAL EVALUATION OF TEMPERATURE EFFECT ON THE TRANSVERSE PERMEABILITY OF A FIBROUS PREFORM