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Analysis of Stiffener and Plate Buckling: Effective Width, Hand Calculations, and Eurocode Checks  

Analysis of Stiffener and Plate Buckling: Effective Width, Hand Calculations, and Eurocode Checks  

Large structures such as ships and offshore platforms are often made from extensive steel plates that can be relatively thin…

AS 4100:2020 Fatigue in SDC Verifier – How Section 11 Is Implemented

AS 4100:2020 Fatigue in SDC Verifier – How Section 11 Is Implemented

AS 4100:2020 treats fatigue in a very specific way: it assumes you know the stress ranges in your details, you…

From Risk to Compliance: Plate Buckling Checks Under LR CSR BC&OT (2024) 

From Risk to Compliance: Plate Buckling Checks Under LR CSR BC&OT (2024) 

Local plate buckling is a major risk in ship hull structures. Under compression, shear, or combined loads, plates and panels…

Understanding Buckling: Why Beams and Plates Fail Differently 

Understanding Buckling: Why Beams and Plates Fail Differently 

When verifying a beam model, engineers need to understand how different components, such as beams and plates, react to compressive…

Panel vs Plate Buckling: Why Boundaries Matter

Panel vs Plate Buckling: Why Boundaries Matter

Running a quick “plate buckling” check on a mesh seems enough , but it rarely tells the whole story. In real…

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