📌 This part of the standard is used for design before putting a vessel into service, though it can be adapted for in-service analysis. If you'd like to dive deeper, I can look into:

Simplified (Clause 17) and detailed (Clause 18) methods for evaluating fatigue life.

General principles, corrosion/erosion allowances, and load cases like wind and seismic activity.

Annex B provides the "Direct Route" for design using Finite Element Method (FEM) analysis for complex geometries. Scope and Application

Primarily covers vessels made of steels according to EN 13445-2 .

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13445-3 - En

📌 This part of the standard is used for design before putting a vessel into service, though it can be adapted for in-service analysis. If you'd like to dive deeper, I can look into:

Simplified (Clause 17) and detailed (Clause 18) methods for evaluating fatigue life. EN 13445-3

General principles, corrosion/erosion allowances, and load cases like wind and seismic activity. 📌 This part of the standard is used

Annex B provides the "Direct Route" for design using Finite Element Method (FEM) analysis for complex geometries. Scope and Application EN 13445-3

Primarily covers vessels made of steels according to EN 13445-2 .