Improvement of a flow tracking method applied to resin transfer moulding simulation


A. Saad1*, A. Echchelh1*, M. Hattabi2, M. El Ganaoui3

1 Laboratory of electrical engineering and energetic systems, Faculty of Sciences B.P. 133, Ibn Tofail University, Kenitra, Morocco.

2 Applied research team on polymers, Department of mechanical engineering, ENSEM, Hassan II University,

Aïn Chok, P.B. 8118, Oasis, Casablanca, Morocco.

3 University of Limoges, SPCTS UMR 6638 CNRS, 123 Av. Albert Thomas, 87060, France

* Corresponding author: E-mail:

Received: 03 October 2010; revised version accepted: 01 December 2010



     Optimization of mould filling simulation time without losing the efficiency remains an important issue in Resin Transfer Moulding (RTM) process. This study is interested on the improvement of RTM simulation tools in term of efficiency, execution time and space occupation.

The results show that our methodology firstly based on the modification of the conventional control volume/finite element method CV/FEM and secondly on the adaptation of conjugate gradient algorithm to compressed sparse row storage, leads to maximum reduction in calculation time and space memory.

The present approach is validated with respect to available numerical results of classical direct and iterative solvers and with analytical results. Good agreement was found.

The innovation of the present work lies on developing this methodology applicable to the three-dimensional RTM simulation and other engineering fields to describe accurately and with a reasonable computational cost complex physical processes of  fluid dynamic occurring in industry.


Keywords: Resin transfer moulding; Darcy’s law; Numerical simulation; Control volume/finite element method CV/FEM; Conjugate gradient; Compressed sparse storage (CSR) format.

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