FAQ 001453 FR

Modélisation & Structure RFEM RSTAB

Is it possible to design built-up timber cross-sections?


Beams made up of several timber parts are often used in timber design. The individual parts can be connected by glue, nails, dowels, or dowel-type fasteners. If glue is used, the connection is to be assumed as rigid. For connections, for example, by dowel-type fasteners, the connection is compliant and the cross-section properties cannot be fully applied.

In RFEM and RSTAB, it is possible to consider the compliance (slip) of the connection in the individual layers. This can be done by specifying the coefficient of compliance gamma, which can be determined by means of the gamma method, for example according to EN 1995-1-1 (Annex B). By using this coefficient, the Steiner components of the cross-section parts are reduced, resulting in an effective bending stiffness.

In addition to this, you can assign different materials to the individual cross-sections. To do this, use the "Hybrid" function, in which one of these materials is used as reference for the determination of the ideal cross-section properties.



Avez-vous trouvé des réponses à vos questions?

Si non, contactez-nous ou envoyez-nous votre question via le formulaire.

+33 1 78 42 91 61


RFEM Logiciel principal
RFEM 5.xx

Programme de base

Logiciel de calcul de structures aux éléments finis (MEF) pour les structures 2D et 3D composées de plaques, voiles, coques, barres (poutres), solides et éléments d'assemblage

RSTAB Logiciel principal
RSTAB 8.xx

Programme de base

Logiciel de calcul de structures filaires composées de charpentes, poutres et treillis. Il permet le calcul linéaire et non linéaire des efforts internes, des déformations et des réactions d'appui