ENGR. DR. W. IROGUE

This study investigates the testing and characterization of metal dust/polymer reinforced composites for structural applications. The project aims to evaluate the potential of incorporating metal dust particles into a polymer matrix to improve the mechanical properties of composite materials used in structural engineering. Composite samples were fabricated by reinforcing a polymer matrix with metal dust particles in varying proportions. The prepared specimens were subjected to mechanical tests such as tensile, compressive, and flexural strength tests, while microstructural analysis was conducted to examine particle distribution and bonding within the matrix. The results showed that the addition of metal dust improved the mechanical strength and structural performance of the polymer composites compared to the unreinforced material. Proper dispersion of the metal particles enhanced load transfer and overall material stability. The study concludes that metal dust/polymer composites are promising materials for structural applications. It is recommended that further research explore different metal types, particle sizes, and reinforcement ratios to optimize performance