Advanced Methods for Structural Integrity Analysis
( 24 Modules )
Module #1 Introduction to Structural Integrity Analysis Overview of structural integrity analysis, importance, and applications
Module #2 Review of Linear Elastic Fracture Mechanics Basics of linear elastic fracture mechanics, stress intensity factors, and fracture toughness
Module #3 Non-Linear Finite Element Methods Introduction to non-linear finite element methods, material non-linearity, and geometric non-linearity
Module #4 Advanced Mesh Generation Techniques Overview of advanced mesh generation techniques, mesh refinement, and mesh quality assessment
Module #5 Crack Growth Modeling using XFEM Introduction to extended finite element method (XFEM) for crack growth modeling
Module #6 Fatigue Analysis using Rainflow Counting Introduction to rainflow counting method for fatigue analysis, cycle counting, and fatigue life prediction
Module #7 Material Modeling for Structural Integrity Analysis Overview of material models for structural integrity analysis, including elastic-plastic, damage, and fracture models
Module #8 Uncertainty Quantification in Structural Integrity Analysis Introduction to uncertainty quantification methods, including Monte Carlo simulation and sensitivity analysis
Module #9 Fracture Mechanics of Composite Materials Fracture mechanics of composite materials, including delamination, crack growth, and failure modes
Module #10 Structural Health Monitoring using Acoustic Emissions Introduction to structural health monitoring using acoustic emissions, signal processing, and damage detection
Module #11 Failure Assessment Diagrams (FAD) for Structural Integrity Analysis Introduction to failure assessment diagrams, failure modes, and safety assessment
Module #12 Probabilistic Fracture Mechanics Introduction to probabilistic fracture mechanics, probability of failure, and reliability analysis
Module #13 Dynamic Fracture Analysis using Finite Element Methods Introduction to dynamic fracture analysis using finite element methods, including explicit and implicit methods
Module #14 Thermo-Mechanical Analysis for Structural Integrity Introduction to thermo-mechanical analysis, including thermal stresses, creep, and damage
Module #15 Creep and Fatigue Interaction Interaction between creep and fatigue, creep-fatigue interaction, and life prediction
Module #16 High-Temperature Structural Integrity Analysis Introduction to high-temperature structural integrity analysis, including creep, oxidation, and damage
Module #17 Computational Methods for Welded Structures Introduction to computational methods for welded structures, including residual stresses, distortion, and fatigue
Module #18 Structural Integrity Analysis of Pipelines and Piping Systems Introduction to structural integrity analysis of pipelines and piping systems, including pipe-soil interaction and corrosion
Module #19 Advanced Topics in Fracture Mechanics Advanced topics in fracture mechanics, including cohesive zone models, damage mechanics, and multiscale modeling
Module #20 Coupled Simulation for Structural Integrity Analysis Introduction to coupled simulation for structural integrity analysis, including fluid-structure interaction and thermal-structural coupling
Module #21 Artificial Intelligence and Machine Learning in Structural Integrity Analysis Introduction to artificial intelligence and machine learning in structural integrity analysis, including predictive modeling and data analytics
Module #22 Quantification of Model Uncertainty in Structural Integrity Analysis Introduction to quantification of model uncertainty in structural integrity analysis, including model calibration and validation
Module #23 Case Studies in Advanced Structural Integrity Analysis Real-world case studies in advanced structural integrity analysis, including applications in aerospace, energy, and civil infrastructure
Module #24 Course Wrap-Up & Conclusion Planning next steps in Advanced Methods for Structural Integrity Analysis career
