Spyridon Stouraitis
Research
Structural Health Monitoring of Marine Structures using the Inverse Finite Element Method
Advancing Structural Health Monitoring of homogeneous and composite marine structures through Inverse Finite Element Method theory, computation, and experimental validation, integrating hybrid physics-data-driven methods for damage detection, prognosis, sensor optimization, and dynamic nonlinear analysis.
Publications
Stouraitis, Spyridon; Leira, Bernt J.; Nguyen, Dong Trong; Kefal, Adnan; Mokhtari, Mojtaba. (2026)
An Iterative Differential Methodology for Corrosion Defect Identification Using the Inverse Finite Element Method
International Conference on Offshore Mechanics and Arctic Engineering (OMAE) [proceedings]
Scientific article
2026
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Stouraitis, Spyridon;
Leira, Bernt Johan;
Nguyen, Dong Trong;
Kefal, Adnan;
Mokhtari, Mojtaba.
(2026)
An Iterative Differential Methodology for Corrosion Defect Identification Using the Inverse Finite Element Method.
The American Society of Mechanical Engineers (ASME)
Conference report
Report
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Stouraitis, Spyridon;
Leira, Bernt Johan;
Nguyen, Dong Trong;
Kefal, Adnan;
Mokhtari, Mojtaba.
(2026)
An Iterative Differential Methodology for Corrosion Defect Identification Using the Inverse Finite Element Method.
The American Society of Mechanical Engineers (ASME)
Conference report
Teaching
Lecturer: Finite Element Method in Structural Analysis (TMR4190)
Autumn Semester 2025 and Autumn Semester 2026
Lectures:
- Finite Element Method and 1D Elasticity
- Finite Element Method for Beams
- Convergence and Error Analysis of FEM
- Computer Implementation of FEM for Plane Stress Elasticity
- Stress Recovery and Smoothing, Defomational Modes of the Q4
- Finite Element Method and 2D Elasticity and Rectangular Elements
- Mapped Elements, Isoparametric Concept and Numerical Integration
- Rectangular and Triangular Element Formulations
- Higher-Order Quadrilateral Elements (Q8 and Q9)
- Shear Locking, Incompatible Elements.
- Reduced Integration and Selective Reduced Integration Techniques
- Introduction to Abaqus
- Finite Element Method for Thin Plates
- Timoshenko Beam, Mindlin Plate Elements and Discrete Kirchhoff Elements
- Shells
Supervision
Master Thesis Co-Supervisor: CFD-FEM Co-simulation and Synthetic Sensor Data Generation for Digital Twins of Small Ships (Benjamin Henryk Böhme)
Spring Semester 2026