Abstract
In this research, the concerted influence of ultraviolet (UV) light and water spurting on the mechanical characteristics of the naturally strengthened composites was explored. Specimens fabricated by the vacuum bagging procedure were subjected to an accelerated weathering device for 100 h. Tensile, flexural; compression tests were executed to assess the mechanical characteristics. The laminates encompass woven synthetic and natural fabric. The results exhibited that consuming altered forms of reinforcing materials had an abundant influence on the properties and the values of (tensile, flexural, and compressive characteristics) reduced under the collective influence of UV and water spurting cycles. The results advocate that the arrangement of natural and synthetic reinforcements permits the preparation of biocomposites with improved performance. This work revealed the assets of natural hybrid reinforced Polymethyl methacrylate resin composites (hybridized at various volume percentages and lamination layup), which have not been tried up to now.
Published Version
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