Behavior Of Carbon Epoxy Laminates

Study on dynamic compressive behavior of stitched carbon epoxy composite laminates article in journal of tianjin polytechnic university 32 1 1 4 february 2013 with 3 reads how we measure reads. In the first step the nanofibrous mat was interleaved between mid layers of the laminate then mode i quasi static and cyclic loadings were conducted under load displacement condition. However the addition of another type of fiber modifies the mechanical behavior of the composite regarding interfacial interactions consequently affecting other properties.

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In this study the influence applying nylon 66 nanofibers on fatigue and fracture behavior of carbon epoxy laminates is investigated.

Behavior of carbon epoxy laminates.

Monotonic tension and compression experiments are conducted on 3501 6 epoxy resin and as4 3501 6 carbon epoxy composite at temperatures ranging from room temperature to 200 c. The work is aimed at improved understanding of deformation and failure mechanisms of unidirectional carbon fiber reinforced plastics. The adoption of carbon glass fiber hybrid composites is an economical alternative to high cost carbon epoxy composites and helps to address environmental issues. Although the pps matrix behavior is highly ductile at a test temperature higher than glass transition temperature it clearly appears that the decrease in the tensile properties laminates of pps based composites is much slower than the one observed in carbon epoxy laminates subjected to severe prior fire conditions.

The mechanical characterization of the laminates consists of controlled tension compression and short beam shear testing. As4 carbon epoxy prepregs were used for fabricating test specimens and 50 different mismatch angles of fiber direction were applied on the delaminated interface of laminates. In the investigation both carbon epoxy and e glass epoxy laminates are evaluated as these materials are of keen interest to the marine and undersea vehicle community.

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