This paper presents a 3D moisture-stress numerical analysis for timber structures under
variable humidity and load conditions. An orthotropic viscoelastic-mechanosorptive material …

Wood as the most important natural and renewable building material plays an important role
in the construction sector. Nevertheless, its hygroscopic character basically affects all related …

The growing timber manufacturing industry faces challenges due to increasing geometric
complexity of architectural designs. Complex and structurally efficient curved geometries are …

The advantages of the two different building construction materials timber and concrete
could be used effectively in timber-concrete composite constructions. The composite …

A fully coupled moisture-displacement finite element model has been developed to predict
the viscoelastic, mechano-sorptive and swelling/shrinkage behaviour of FRP reinforced …

Long-term sustained load (push-out) tests under an indoor uncontrolled environment were
conducted on twelve specimens (in seven groups/types) of Timber-timber composite (TTC) …

Timber is one of the most widely applied engineering materials due to its favorable physical
and mechanical characteristics. Nevertheless, over the service life, the combination of …

Abstract Design, application and service life of modern engineered wood and its products
are closely related to environmental temperature and relative humidity (RH). In this study …

In the present study, the pure viscoelastic behaviour of European beech wood is analysed in
the longitudinal direction at three different moisture contents. The moisture-dependent creep …

This paper focuses on the modeling of linearly viscoelastic, mechano-sorptive behavior and
its effects during moisture content changes in timber. A generalized Kelvin–Voigt model …