This report presents the laboratory racking load tests on special composite stabilising wall elements as parts of a beam-and-post system called trä8 developed by the Swedish glulam manufacturer Moelven Töreboda. The wall elements comprise of glued laminated timber as framing members and Kerto-Q laminated veneer lumber as double-sided sheathing. The tests were performed on full-scale specimens. Two series of tests were carried out with three specimens each, where the series represented samples with two different anchorage systems, one using a special anchorage device including glued-in rods anchored to the foundation via a steel I-beam and the other using nail plates. The racking load was applied in both directions (by pushing and pulling, r...
Wood-stud shear walls are commonly used to provide lateral stability against horizontal forces in wo...
The stabilising wall element of the Trä8-system is a deep box-type beam/column element which is made...
This thesis covers the special characteristics of multi-storey wooden buildings particularly those b...
This report presents the laboratory racking load tests on special composite stabilising wall element...
Due to changes in the Swedish design code in 1994, timber construction is no longer limited to two-s...
For multi-storey timber buildings, the stabilisation against horizontal loads is one of the key issu...
Due to changes in the Swedish design code in 1994, timber construction is no longer limited to two-s...
This paper provides a quantitative assessment of the racking performance of partially anchored timbe...
Källsner and Girhammar [1] have presented a new plastic design method for wood-framed shear walls at...
The provisions for developing a beam-and-post building system of glulam are examined for the Swedish...
A new method to assess the raking performance of Platform timber framed walls, is provided in this s...
Sammanfattning För höga träbyggnader, över två våningar, ökar kraven på byggnadens konstruktion. En ...
Källsner and Girhammar have presented a new plastic design method of wood-framed shear walls at ulti...
Timber is an isotropic natural construction material with ductile and brittle behaviour in compressi...
Wood-stud shear walls are commonly used to provide lateral stability against horizontal forces in wo...
The stabilising wall element of the Trä8-system is a deep box-type beam/column element which is made...
This thesis covers the special characteristics of multi-storey wooden buildings particularly those b...
This report presents the laboratory racking load tests on special composite stabilising wall element...
Due to changes in the Swedish design code in 1994, timber construction is no longer limited to two-s...
For multi-storey timber buildings, the stabilisation against horizontal loads is one of the key issu...
Due to changes in the Swedish design code in 1994, timber construction is no longer limited to two-s...
This paper provides a quantitative assessment of the racking performance of partially anchored timbe...
Källsner and Girhammar [1] have presented a new plastic design method for wood-framed shear walls at...
The provisions for developing a beam-and-post building system of glulam are examined for the Swedish...
A new method to assess the raking performance of Platform timber framed walls, is provided in this s...
Sammanfattning För höga träbyggnader, över två våningar, ökar kraven på byggnadens konstruktion. En ...
Källsner and Girhammar have presented a new plastic design method of wood-framed shear walls at ulti...
Timber is an isotropic natural construction material with ductile and brittle behaviour in compressi...
Wood-stud shear walls are commonly used to provide lateral stability against horizontal forces in wo...
The stabilising wall element of the Trä8-system is a deep box-type beam/column element which is made...
This thesis covers the special characteristics of multi-storey wooden buildings particularly those b...