In multi-storey buildings, the use of lightweight material has many advantages. The low weight, the low energy consumption and the sustainability of the material are some attractive benefits from using lightweight materials. Compared with heavier structures i.e. concrete the challenge in constructing a building compliant with building codes vis-a-vis the propagation of sound and vibrations within the structure is a challenge. Focusing on junctions in a multi-storey lightweight buildings, a modular finite element model is developed to be used for analyses of vibration transmission in lightweight buildings subjected to different types of loads
The most common sound insulation problem for lightweight timber structures is impact sounds from peo...
Determining the dynamic behaviour of lightweight buildings by means of finite element analyses requi...
When the Swedish construction code in 1994 allowed wooden multi-storey buildings, this type of light...
The paper concerns the development of a modular parametric finite-element model that can be applied ...
As a result of the increasing interest of constructing environmentally friendly lightweight building...
This paper provides a quantification of the changes in vibration level that can be expected in a lig...
Noise is a nuisance to people, and buildings should therefore be designed to prevent propagation of ...
This paper deals with a certain type of C.L.T. (Cross Laminated Timber) construction, in a residenti...
The application of wood as a construction material when building multi-storey buildings has many adv...
This paper develops a parametric modelling and analysis approach to investigate the vibration transm...
Noise is a nuisance in the built environment, and to avoid undesirable transmission of sound and vib...
In order to reduce the vibration transmission in multi-storey wood buildings, it is common to insert...
Lightweight building techniques are currently progressing fast and using such structures for multi-s...
Multi-storey wood buildings have been increasing in popularity since a century-old ban on the constr...
In lightweight structures it is common to use damping material in junctions to decrease sound transm...
The most common sound insulation problem for lightweight timber structures is impact sounds from peo...
Determining the dynamic behaviour of lightweight buildings by means of finite element analyses requi...
When the Swedish construction code in 1994 allowed wooden multi-storey buildings, this type of light...
The paper concerns the development of a modular parametric finite-element model that can be applied ...
As a result of the increasing interest of constructing environmentally friendly lightweight building...
This paper provides a quantification of the changes in vibration level that can be expected in a lig...
Noise is a nuisance to people, and buildings should therefore be designed to prevent propagation of ...
This paper deals with a certain type of C.L.T. (Cross Laminated Timber) construction, in a residenti...
The application of wood as a construction material when building multi-storey buildings has many adv...
This paper develops a parametric modelling and analysis approach to investigate the vibration transm...
Noise is a nuisance in the built environment, and to avoid undesirable transmission of sound and vib...
In order to reduce the vibration transmission in multi-storey wood buildings, it is common to insert...
Lightweight building techniques are currently progressing fast and using such structures for multi-s...
Multi-storey wood buildings have been increasing in popularity since a century-old ban on the constr...
In lightweight structures it is common to use damping material in junctions to decrease sound transm...
The most common sound insulation problem for lightweight timber structures is impact sounds from peo...
Determining the dynamic behaviour of lightweight buildings by means of finite element analyses requi...
When the Swedish construction code in 1994 allowed wooden multi-storey buildings, this type of light...