Structural simulation analysis of the developed hybrid of Momordica angustisepala fiber and Breadfruit seed-shell particles composites Bolted Flanges

Abstract

Abstract

In order to examine the mechanical behavior of a natural composite bolted flange made of Momordica angustisepala fiber (MAF) and breadfruit seed-shell particles (BFSAp), this study suggested a multiscale finite element (FE) analytical technique. Based on their properties which includes, light weight, superior strength-to-weight ratio, improved fracture toughness, fatigue and tensile properties, increased corrosion resistance in harsh environments, and other qualities, composite materials are always desired and widely used in the manufacturing sector. Based on the experimental findings, it was observed that The linear structural analysis of the developed bolted flange with sustainable materials shows that the high values of the Von Misses stress  of 85.9355 MPa and 42.9677 MPa obtained in this study at 5.1 MPa and 10.2MPa internal pressure applied was attributed to the stiffness and strength obtained in this composite which resulted to high toughness obtained by the reinforcement that give a minimum factor of safety of 2.99318 ul and 1.49659 ul at 5.1 MPa and 10.2MPa internal pressure applied respectively. The tensile strength and factor of safety obtained are within the recommended standard for bolted flange application