Computational Fluid Dynamic Analysis on Carbon Fibre Reinforced Polymer Wrapped on Defected Oil and Gas Piping System Using Solidwork Flow Simulation

Abstract

Utilising Carbon Fibre Reinforced Polymer (CFRP) as a wrapping structure on defected piping system is not a very new approach in maintaining the defected pipe structure. But simulating the entire approach using computational simulation technique makes this research to be unique. This composite material was regarded as a one-of-a-kind wrapping material since it might have the combined properties of the element or significantly different properties than the constituents individually. Computational Fluid Dynamic (CFD) analysis is needed to make sure that the proposed wrapping structure doesn’t disrupt the fluid flow after the repair is done. The research is keen to fully utilise Solidwork flow simulation in evaluating the capability of proposed CFRP wrapping structure without any leaks or opening. Based on simulated data, this technique provides a preliminary analysis and visual deformations in selecting the suitable optimised lamination orientation of CFRP in real-world applications. Furthermore, the flow simulation study in SolidWorks has identified areas where possible fluid accumulation could occur after the repair has been done. This approach may prevent two primary failure modes by achieving the right lamination orientation and thickness which is CFRP overloading due to excessive thickness and CFRP delamination of the composite laminate from the substrate.

A Comparative Analysis on the Optimization of Carbon Fibre Reinforced Polymer and Glass Fiber Reinforced Polymers as Wrapping Structures on Defected Piping System using Computational Simulation Approach

“…This is done to study on the effectiveness of the lamination orientation alterations that sustain or control the maximum stress after the pipe repair has been done [14]. For the maximum stress, the orientation that could sustain maximum stress value before and after the pipe repair are considered the effective wrapping structure [15,16]. However, these findings may vary according to the operating pressure that are used.…”

Mathematical Modeling and CFD Analysis with Experimental Investigation of the Geometry of the Grooves Created with CO2 Laser on the Polycarbonate Plate

“…It provides computer-aided numerical solutions to problems without the need for experimental work with the constructed model. CFD analysis has been successfully applied to heat dissipation problems in polymer-based composites [26], Polymeric Insulators [27], and metals [28].…”