Composites (Simple Bounds) model
Background information and instructions for using the Synthesizer tool's Composites (Simple Bounds) model, with links to more details about the underlying model.
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The Composites (Simple Bounds) model predicts the performance of continuous fiber-reinforced and particulate-filled composites. These materials, which generally exhibit high specific strength and stiffness values, are frequently used in structural components in weight-critical applications.
In principle any two or more materials can be combined to produce a composite. In general terms, this involves adding a reinforcing filler, which may be in the form of continuous fibers, chopped fibers or particulates, to a matrix that forms a binding continuum around the filler. The aim in creating this type of structure is to utilize the benefits of both materials. For example, glass fiber reinforced plastic (GFRP) materials combine the high strength and stiffness of glass fibers with the toughness of a polymer matrix.
The model types within the Composite (Simple Bounds) model allow the upper and lower bounds in performance of two-component composite systems (one reinforcement and one filler) to be readily predicted and compared with conventional materials.
