Abstract
Polymeric composites are structures reinforced with particles, fiber and whiskers. In this study, as a unique attempt GFRP composites are selectively reinforced with Ni–Ti shape memory alloy (positioned at a section below the neutral axis) for enhancing the flexure resistance. Under static loading condition, up to 4 wt% of shape memory alloy reinforcement, the GFRP exhibit enhanced flexure resistance. However, under dynamic loading, the shape memory alloy reinforced composite exhibit a mixed mode of response. It is observed that combination of wt% with loading frequency such as 2 wt% with 60 Hz and 4 wt% with 120 Hz facilitates better possible performance.
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