Publication | Closed Access
A Self-Consistent Fabric Geometry Model: Modification and Application of a Fabric Geometry Model to Predict the Elastic Properties of Textile Composites
98
Citations
1
References
1994
Year
Textile EngineeringFiber ReinforcementTextile CompositesEngineeringTextile FibreMechanicsTextile-reinforced CompositesMechanical EngineeringTextile StructureComposite TechnologyElastic PropertiesPolymer CompositesFiber ArchitectureStructural MechanicsFabric Geometry ModelMechanics Of MaterialsFiber-reinforced CompositeStiffness Averaging Technique
A method for predicting the elastic properties of textile-reinforced composites is presented with applications. The method is a modification of a Fabric Geometry Model (FGM) [1–3] that relates fiber architecture and material properties of textile-reinforced composites to its global stiffness matrix through micromechanics and stiffness averaging technique. The FGM, although proven to be a quick and successful method [4], suffers two major drawbacks:
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