COMPOSITE FRACTURE Meaning and
Definition
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Composite fracture is a term used in the field of mechanical engineering and materials science to describe a type of fracture that occurs in composites, which are materials consisting of two or more different types of materials combined together to create a new material with enhanced properties.
When a composite material experiences a composite fracture, it means that the material has fractured and separated along its interface or boundary between the different materials it is composed of. This type of fracture is usually accompanied by the delamination or separation of layers within the composite material.
Composite fractures can result from various factors including external forces, such as impact or fatigue loading, or internal defects within the composite material itself. These fractures can propagate between layers or along the interfaces of the different materials, weakening the overall structural integrity of the composite material.
Understanding and studying composite fractures is crucial for designing and analyzing composite materials, as it helps identify potential failure points and develop strategies to prevent and mitigate fractures. Techniques such as fracture mechanics are commonly employed to characterize and assess the behavior of composite fractures.
In summary, a composite fracture refers to the separation and fracture of a composite material along its interfaces and layers, resulting in impaired structural integrity.
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A practical medical dictionary. By Stedman, Thomas Lathrop. Published 1920.
Common Misspellings for COMPOSITE FRACTURE
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