The seamless integration of Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) brings forth a robust methodology in predicting structural responses to fluid flow. This symbiotic simulation approach provides a comprehensive understanding of how surrounding fluid forces impact and potentially deform structures. Through meticulous analysis, pressure values extracted from fluid flow assessments serve as pivotal inputs for structural analyses, precisely determining force values.

This combined technique facilitates a meticulous examination of structural behaviour under varying d, contributing to highly accurate predictions of deformations. Its efficacy extends across diverse industries and sectors, including aerospace, automotive engineering, civil infrastructure development, and manufacturing. This integrated methodology serves as an invaluable tool, offering insights that significantly enhance design precision, optimize performance, and bolster structural integrity.