Ship Structural Analysis in Siemens NX Practical FEA Course

What you'll learn

Build a global ship structural model in Siemens NX for finite element analysis
Prepare analysis models according to classification society recommendations
Define and apply rule-based load cases according to classification society

Requirements

Implement rule-based boundary conditions correctly for global structural assessment
Identify modeling errors and improve simulation reliability
Run linear static structural analyses in NX Nastran
Conduct professional postprocessing of FEA results
Evaluate global hull girder behavior under classification loads
Follow an industry-oriented FEA workflow used in professional shipbuilding practice
Develop practical competence to perform ship global strength analysis independently

Requirements

Basic knowledge of structural mechanics (stress, strain, and material behavior)
Familiarity with finite element analysis (FEA) concepts
A working installation of Siemens NX with NX Nastran
Basic computer skills and ability to navigate 3D modeling software
Experience with marine structures - Optional
Knowledge of classification society rules (DNV, ABS, LR, etc.) - Optional
No advanced FEA experience is required - this course will guide you through global ship modeling and analysis step by step in Siemens NX.

Description

Disclaimer: This course contains the use of artificial intelligence - audio creation.
This course is designed for engineers who already understand the basics of the Finite Element Method (FEM), but struggle to apply it in real-world projects.
Many courses focus heavily on theory or isolated examples, leaving a gap between knowledge and practical application. This course is built to close that gap by focusing on real engineering workflows and decision-making.
Using Siemens NX, you will follow a complete, industry-oriented process for ship structural analysis. Instead of abstract explanations, the course demonstrates how FEM is applied in practice, from the initial model setup to the final assessment.
Throughout the course, you will learn how to
• Build a finite element model of a ship structure
• Prepare geometry for meshing and ensure element quality
• Define and combine realistic load cases
• Apply global bending moments (hogging and sagging)
• Run the analysis and adjust postprocessing
• Evaluate structural strength according to classification society rules
Each step is explained with a focus on clarity and practical use, so you can confidently repeat the workflow on your own projects.
By the end of the course, you will have a structured understanding of how to approach, build, and assess FEM models for ship structures of different sizes and complexity.
No unnecessary theory. Only what you need to do the job.

Who this course is for

Structural engineers working in shipbuilding or offshore industries
FEA engineers who want to specialize in marine structures
Naval architects who want to understand practical global structural analysis
Engineers familiar with basic FEA who want to learn real industry workflows
Engineering students (mechanical, marine, naval architecture) who want industry-oriented FEA knowledge
Anyone who wants to learn how to perform ship structural analysis specifically in Siemens NX

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