This investigation describes the non-recoverable deformation in Scotch pine (Pinus silvestris L) specimens. The specimens have been loaded in bending and exposed to cyclic moisture content variation before unloading and subsequent resoaking in water and drying. The deformation of the unloaded specimens were recorded before resoaking and after drying and then, the degree of recovery was determined. Recovery is here defined as ratio between change of deformation during the resoaking cycle and the deformation before resoaking. Two test groups have been investigated, that is samples loaded in the radial and tangential direction, respectively. Finally, the specimens were examined in scanning electron microscope, SEM, to study the pattern of micr...
This paper presents and discusses the results of a project aimed at investigating the deformations u...
Timber is a natural material that is environmentally friendly, renewable, light, strong and, in the ...
The influence of load on the cellulose microfibrils of single cells or thin wood foils is known. It ...
The objective of this study was to investigate the deformation and formation of cell wall damage und...
This work describes deformation and crack formation in sawn timber of pine and spruce after the firs...
Creep and recovery tests in compression parallel to the grain were conducted on 2 in. by 2 in. Dougl...
Mechanical densification technology has been used to increase density and mechanical properties of l...
The development of cracks and changes in appearance have been investigated on radial and tangential ...
This work describes deformation and crack formation in sawn timber of pine and spruce after first dr...
The influence of isostatic compression on the cell wall structure of wood By Dick Sandberg Abstract ...
The possibility of reducing collapse through the inducement of cell-wall deformations in the wood of...
Mechano-sorptive creep deformations appear when wood is loaded under varying moisture conditions. Th...
To better understand how microfibrillar angle (MFA) and moisture content influence the mechanical pe...
Transverse mechanical properties of wood are important in many practial applications and an interest...
The lasting plastic deformation of the cellular elements of beech, fir, and spruce wood under uniaxi...
This paper presents and discusses the results of a project aimed at investigating the deformations u...
Timber is a natural material that is environmentally friendly, renewable, light, strong and, in the ...
The influence of load on the cellulose microfibrils of single cells or thin wood foils is known. It ...
The objective of this study was to investigate the deformation and formation of cell wall damage und...
This work describes deformation and crack formation in sawn timber of pine and spruce after the firs...
Creep and recovery tests in compression parallel to the grain were conducted on 2 in. by 2 in. Dougl...
Mechanical densification technology has been used to increase density and mechanical properties of l...
The development of cracks and changes in appearance have been investigated on radial and tangential ...
This work describes deformation and crack formation in sawn timber of pine and spruce after first dr...
The influence of isostatic compression on the cell wall structure of wood By Dick Sandberg Abstract ...
The possibility of reducing collapse through the inducement of cell-wall deformations in the wood of...
Mechano-sorptive creep deformations appear when wood is loaded under varying moisture conditions. Th...
To better understand how microfibrillar angle (MFA) and moisture content influence the mechanical pe...
Transverse mechanical properties of wood are important in many practial applications and an interest...
The lasting plastic deformation of the cellular elements of beech, fir, and spruce wood under uniaxi...
This paper presents and discusses the results of a project aimed at investigating the deformations u...
Timber is a natural material that is environmentally friendly, renewable, light, strong and, in the ...
The influence of load on the cellulose microfibrils of single cells or thin wood foils is known. It ...