Abstract
In this study, a simple technique for revealing the key parameters (permeability, frontend kinetics) of the RTM process is developed. The variations in permeability during the technique lift the capillary effect, which is modeled for two configurations. The analysis of the front-end kinetics helps to identify the permeability tensor. The examination of the capillary number gives evidence of a non-saturated zone, characterized by a critical length.
Get full access to this article
View all access options for this article.
