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The hybrid woven fabric laminates exhibit excellent ballistic performance, however, the design method and ballistic resistance mechanism still call for investigation. The paper presents a numerical model to describe the damage behavior of woven composites, which is implemented in a VUMAT subroutine. The validity of the model is verified with experimental data for the glass-Kevlar hybrid composite...
Rate-dependent behavior together with failure characteristics of carbon/Kevlar hybrid woven composite under high-strain-rate impact loading were examined. High levels of strain rate, 1008/s∼1922/s, tests were conducted on the cylindrical carbon/Kevlar hybrid composite specimen by means of a Split Hopkinson pressure bar (SHPB) and a high pressure gas gun system. The dependence of flow stress on the...
Hybrid composite Materials have extensive engineering application where strength to weight ratio, low cost and ease of fabrication are required. The present investigation is focused on formation of a hybrid composite by using industrial waste fly ash and E glass short fibers by dispersing them into AA7010 alloy by Stir casting method. The MMC is obtained for the different compositions of E-glass and...
In this current study, hybrid composites were made of three elements; rubberwood, coconut shell and textile fabrics (woven cotton and polyester fabrics). Urea formaldehyde was used as binder. Composite without any textile fabric reinforcement were also fabricated as control samples. The main purpose behind these new fabricated composites was to observe the effect of the textile fabrics on its mechanical...
In recent times disposal of industrial waste become a major issue for researchers. Red mud is an industrial waste produced during alumina extraction. Trials have been made by scientists and engineers for effective utilization of this waste for domestic and industrial applications. The raw material used in this study was collected from Damonjodi, Orissa. In the current research, an epoxy based hybridized...
Polymers and their composites are emerging as viable alternative products to metal-based and alloy based ones in many common and advanced engineering applications. The feature that makes polymer composites so promising in industrial applications is the possibility of tailoring their properties with special fillers. The comparative performance of carbon-epoxy composite with influence of Cenosphere...
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