The 5 Classic Glass Analysis Mistakes

Are you sure your glass analysis is truly reliable?

Modern structural glass demands precision.

Yet even experienced engineers can fall into recurring analytical pitfalls. Here's a quick overview of the five most common mistakes in structural glass verification.

1. Incorrect load definitions Misapplied load combinations or missing partial factors can compromise compliance.
2. Interlayer stiffness misjudgment Temperature and load duration significantly affect shear transfer — often underestimated.
3. Production process oversight Annealed, heat-strengthened, and tempered glass behave differently. Resistance must reflect reality.
4. Linear instead of non-linear modelling Large deflections require non-linear analysis to capture true structural behaviour.
5. Neglecting IGU internal pressures Climatic loads from temperature and altitude variations are frequently ignored.

The GLASSS Approach

GLASSS was built to automate complex variables, reduce manual error, and align analysis with real engineering standards.

Instead of working around limitations, engineers can verify structural glass within a clear, parametric workflow.

Run your next glass analysis with confidence