Finite Element Analysis of Steel Storage Tanks in ANSYS

Structural analysis of large steel storage tanks is essential for safety and regulatory compliance, but traditional methods often overlook critical non-linear effects and geometric imperfections. This course provides the structural engineer or analyst with the comprehensive skills needed to perform advanced, full-cycle Finite Element Analysis (FEA) of vertical steel tanks using ANSYS. You will move beyond linear assumptions to model complex behaviors, ensuring robust and accurate design verification. ### What you'll learn * Understand the core principles of the Finite Element Method (FEM) and its specific application to shell structures like steel tanks. * Build accurate geometric models and apply appropriate boundary conditions and complex loading scenarios in ANSYS. * Apply non-linear analysis techniques, including material non-linearity and handling geometric imperfections to assess buckling stability. * Configure and run fatigue life assessments based on stress results to accurately predict structural longevity. * Practice verification and validation (V&V) methods to ensure the accuracy and reliability of complex FEA models. * Analyze and interpret output data, including stress distribution, deformation, and stability results for informed design decisions. The course begins with foundational concepts of structural mechanics and FEA basics before transitioning into hands-on modeling workflows in ANSYS. You will progress through linear static analysis to complex non-linear simulations and specialized fatigue evaluations. This course is designed for structural or mechanical engineers and engineering students who are new to applying Finite Element Analysis (FEA) to large storage tank design. No prior experience with ANSYS or advanced FEA is required. Start mastering the tools and techniques required for advanced structural integrity assessment today.