5th International Conference on Composite Testing and Model Identification

[Peyman 16,150]

5th International Conference on Composite Testing and Model Identification, Lausanne, Switzerland

February 2011

 

Contact

Tel: +41 21 693-2937

Fax: +41 21 693-7340

Email: webmasters.lmaf@epfl.ch

Website:

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Scope of the Conference

 

This conference aims at bringing together the International scientific community working in the field of testing and modeling of composite materials and structures. It is well accepted that testing such heterogeneous and anisotropic materials and structures raises a number of challenges to researchers, such as the identification of numerous parameters, the development of specific test fixtures (shear, compression, fracture toughness), or the control of parasitic effects. As a consequence, the development of testing and model identification procedures is broadly recognized as an interesting and important area. Moreover, recent developments in optical whole-field measurement techniques (speckle interferometry, digital image correlation, among others) and in-situ damage monitoring (acoustic emission, optical fiber sensors) open a very broad field of investigation. Testing and identification procedures for composites which have been developed over the last few decades based on limited local strain measurements have to be adapted to make full use of the enormous amount of data that whole-field methods provide. Apart from the large general composites conferences (ICCM, ECCM), there are very few occasions to exchange information on the topic of composites testing and model identification. The single session format of the conference is to provide a unique opportunity for an informal and focused scientific exchange on the topic

 

Relevant topics

The conference will focus on all issues related to identifying parameters for modelling the mechanical and physical behaviour of composite materials. Particular attention will be given to innovative identification procedures, interactions between testing and modelling, in-situ damage monitoring, and the use of whole-field measurements. All composite materials will be addressed (polymer, cement, ceramic, metallic matrices, carbon, glass, boron, natural fibres, wood).