Semi-isostatic densification is a useful method to increase the density and to improve the mechanical properties of fast-grown softwood species like radiata pine. A major disadvantage of this method is the almost complete recovery of the original dimensions when densified wood is exposed to moisture. Heat treatment improves the dimensional stability of wood and might be a useful method to prevent this shape-recovery after densification. However, no or only a limited effect on the shape-recovery was found when densified radiata pine was exposed to moisture
When wood is densified through semi-isostatical compression in a Quintus- press at pressures up to 1...
Thermo-Hydro-Mechanical densification (THM) is a controlled wood compression at high temperatures th...
Thermo-Hydro-Mechanical densification (THM) is a controlled wood compression at high temperatures th...
Semi-isostatic densification is a useful method to increase the density and to improve the mechanica...
Effects of heat treatment on some physical properties of Scots pine (Pinus sylvestris L.) wood densi...
Densification of wood leads to improvement of its mechanical properties. Specimens of Pinus radiata ...
Densification of wood leads to improvement of its mechanical properties. Specimens of Pinus radiata ...
WOS: 000354642000091The effects of thermomechanical densification (TMD) and heat treatment on densit...
This study used thermo-mechanical densification technology to compress low-moisture content (3~5%) r...
Thermo-hygro-mechanical (THM) densification technique has been used to increase the density and mec...
Wood densification can be done by mechanical means involving heat and moisture. However, mechanicall...
Thermo-hygro-mechanical (THM) densification technique has been used to increase the density and mec...
Mechanical densification technology has been used to increase density and mechanical properties of l...
One of the most persistent problems with mechanically densified wood is its inherent dimensional ins...
When wood is densified through semi-isostatical compression in a Quintus- press at pressures up to 1...
When wood is densified through semi-isostatical compression in a Quintus- press at pressures up to 1...
Thermo-Hydro-Mechanical densification (THM) is a controlled wood compression at high temperatures th...
Thermo-Hydro-Mechanical densification (THM) is a controlled wood compression at high temperatures th...
Semi-isostatic densification is a useful method to increase the density and to improve the mechanica...
Effects of heat treatment on some physical properties of Scots pine (Pinus sylvestris L.) wood densi...
Densification of wood leads to improvement of its mechanical properties. Specimens of Pinus radiata ...
Densification of wood leads to improvement of its mechanical properties. Specimens of Pinus radiata ...
WOS: 000354642000091The effects of thermomechanical densification (TMD) and heat treatment on densit...
This study used thermo-mechanical densification technology to compress low-moisture content (3~5%) r...
Thermo-hygro-mechanical (THM) densification technique has been used to increase the density and mec...
Wood densification can be done by mechanical means involving heat and moisture. However, mechanicall...
Thermo-hygro-mechanical (THM) densification technique has been used to increase the density and mec...
Mechanical densification technology has been used to increase density and mechanical properties of l...
One of the most persistent problems with mechanically densified wood is its inherent dimensional ins...
When wood is densified through semi-isostatical compression in a Quintus- press at pressures up to 1...
When wood is densified through semi-isostatical compression in a Quintus- press at pressures up to 1...
Thermo-Hydro-Mechanical densification (THM) is a controlled wood compression at high temperatures th...
Thermo-Hydro-Mechanical densification (THM) is a controlled wood compression at high temperatures th...