Flexural properties and Cost evaluation of hybrid polymer composites developed from different stacking sequences of fiber laminates

The stiffness and reduced weight of polymer composites makes them unique from conventional manufacturing materials. failure modes can vary tension to compression dominated with the matrix interface. mechanical strength be improved stacking different laminates for development hybrid composites. This study highlights fabrication laminate composite flexural tests analysis sequences carbon (C) glass (G) fiber laminates. was performed by a cost-effective hand layup method polymers observe changes in properties final work investigates cost appraisal replace existing costly material (neat material). results experimental low-cost materials are present this paper, which integrates an empirical sectors. cost-effectiveness is determining best configuration optimal production cost. proposed recommended structural applications, addition fabric layers could helpful product.