Temperature Dependence of Dynamic Modulus and Damping in Composites and Optical Telecommunication Cables Tested by the Vibration Resonance Technique

Research output: Contribution to specialist publicationArticle

Authors

Colleges, School and Institutes

External organisations

  • International Coatings, Ltd.

Abstract

This paper applies the vibration resonance technique to test the dynamic modulus and damping properties of pultruded composite rods and optical fiber cables at elevated temperatures. The measurements were conducted using the specimens in their commercial forms. The damping factor and flexural modulus of an optical cable at elevated temperatures that are derived theoretically from the properties of its constituents are compared with the experimental validation. The contributions of the constituents to the stiffness and damping factor of cable structures are analyzed. Finally, the resonance technique and conventional dynamic mechanical thermal analysis for testing dynamic properties of fiber composites are compared and discussed. The work demonstrated that the resonance technique provides a good nondestructive solution to test stiff composites and multicomponent cables.

Details

Original languageEnglish
Pages376-381
Number of pages6
Volume62
Issue number3
JournalMaterials Evaluation
Publication statusPublished - 1 Mar 2004

Keywords

  • Damping measurement of optical cables, Dynamic mechanical thermal analysis of composites, Elasticity measurement of composites, Elasticity testing of optical cables, Vibration resonant measurements