Cross Laminated Timber CLT Design
The Cross Laminated Timber CLT Design module in FEM-Design enables you to perform stress analysis and dimensioning of CLT elements according to Eurocode 5. CLT elements are easy to model using ready-made CLT types or custom CLT elements set layer by layer, calculating with laminated shell theory.
In CLT definition, the transverse tensile strength of the layers, gluing from the long side of the timber, can also be considered. During the structural modelling of the element structure, you can use joint stiffness, model shell panels as one continuous region or made up of panel members.
Usage of the CLT Design module, also requires a license for the Timber Design module.

Watch the Cross Laminated Timber CLT Design Overview Video
Cross Laminated Timber CLT Design Module Features
What do customers say about CLT-Design?
“The ability to model and check two way-spanning CLT panels, with any build-up, is very powerful. That means we are not limited to simple one-way spanning panels checked as beams. The software also allows us to check such designs as, for instance, panels with penetrations, notches, and covered geometries, which offers a lot of flexibility”.
Why wait? Download an automated 2 x week free trial of FEM-Design and get started today!
Calculations performed according to:
FEM-Design performs all structural calculations to Eurocode standards, with support for 15 National Annexes across Europe. Whether you’re designing in Denmark, Netherlands, Poland or the UK, FEM-Design ensures full compliance with your local requirements.
Eurocode
Belgian Annex
British Annex
Danish Annex
Dutch Annex
Estonian Annex
Finnish Annex
German Annex
Hungarian Annex
Latvian Annex
Norwegian Annex
Polish Annex
Romanian Annex
Spanish Annex
Swedish Annex
FEM-Design Wiki
Analysis of laminated type shell structures is available with a new mechanical model first implemented into FEM-Design v19. You can read more in depth about the theory and workflow of the Cross Laminated Timber CLT Design Module on the FEM-Design Wiki by clicking here.
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