• Year 2022
• Year 2021
• Year 2020
• Year 2019
• Year 2018
• Year 2017
• Year 2016
• Year 2015
• Year 2014
• Year 2013
• Year 2012
• Year 2011
• Year 2010
• Year 2009
• Year 2008
• Year 2007
• Year 2006
• Year 2005
• Year 2004
• Year 2003
• Year 2002
• Year 2001
• Year 2000
• Year 1999
• Year 1998
• Year 1997
• Year 1996
• Year 1995
• Year 1994
• Year 1993

Study of the Effect of Heat Stress on the Damage of the Fibre Matrix Interface of a Composite Material (T300/914) by Means of a Genetic Algorithm

Research and development

Authors:

• Mokaddem Allel
  Physics Department, Faculty of Science, University of Science and Technology, Oran, Algeria
• Allami Mohamed (j/w)
• Temimi L. (j/w)
• Boutaous Ahmed (j/w)

Full text

Abstract: The aim of this paper is to develop an analytical model to evaluate the influence of thermal stress on damage to the fiber-matrix interface of a composite T300/914 from the properties of the fibre, as well as from the matrix and characteristics of the interfacial binding. The model developed by a genetic algorithm takes into account the temperature effects that result in the progressive degradation of the fibre-matrix. This work shows the influence of thermal stress beyond the critical threshold of damage to the interface, and that the matrix damage has an important influence on the damage to the interface compared to that of the fiber.

Tags:

damage, interface, fibre, matrix, shear, thermal stress, composite.

Citation:

Mokaddem A, Allami M, Temimi L, Boutaous A. Study of the Effect of Heat Stress on the Damage of the Fibre Matrix Interface of a Composite Material (T300/914) by Means of a Genetic Algorithm. FIBRES & TEXTILES in Eastern Europe 2012; 20, 6A(95): 108-111.

Published in issue no 6A (95) / 2012, pages 108–111.