Modelado de Materiales y Estudio de Fallas de Diferentes Compuestos Reforzados con Fibra para Recipientes a Presión

Pressure vessels are essential industrial tools regarding storage of high-pressure fluids. Utilization pressure in ordinary environment impose serious dangers to human life case failure. Manufacturing material and working as per material’s strength necessary arguments for a vessel designer. In this study, five composite materials selected investigate the behavior under high pressure. FEA technique is used check stresses deformations different layers. applied all models study around 20 MPa. Tsai Wu Maximum stress theories failure first two layers materials. Glass Epoxy composites perform well terms static loading They demonstrate reasonable without experiencing second layer. T300/976 also suitable intended conditions model because did not exhibit layer failure, making them viable option. Therefore, it recommended use Glass/Epoxy extreme such those found CNG cylinders. Three tested satisfy theories. Hence, safe conditions. Although these show any layer, made susceptible