Ⅰ Eucalyptus citnodora
1 WOOD PROPERTIES
1.1 Anatomical characteristics
1.2 Physical properties
1.3 Mechanical properties
1.4 Chemical properties
2 GROWTH STRESS
3 MACHINING PROPERTIES
3.1 Methods
3.2 Resuits and discussions
3.3 General conclusion
4 SAWING TECHNIQUES
4.1 Strain in sawing process
4.2 BOW deformation.
4.3 Sawing inaccuracy
4.4 The influence ofend-splits on lumber recovery
4.5 Pilot sawing
5 DRYING TECHNIQUES
5.1 Air drying
5.2 Drying characteristics
5.3 Drying schedule
5.4 Pilot drying test
6 ADHESION PRoPERTIES
6.1 Finger joint
6.2 Gluing.
Ⅱ Eucalyptus exserta
1 WOOD PRoPERTlES
1.1 Anatomical characteristics
1.2 Physical properties
1.3 Mechanical properties
1.4 Chemical properties
2 GROWTH STRESS
3 SAWING TECHNIQUES
3.1 Strain in sawing process
3.2 BOW deformation.
3.3 Sawing inaccuracy.
3.4 The influence ofend—splits on lumber recovery
4 DRYING TECHNIQUES
4.1 Air drying
4.2 Drying characteristics
4.3 Drying schedule
5 ADHESION PROPERTIES
5.1 Fingerjoint
5.2 Gluing
Ⅲ Eucalyptus urophylla×grandis
1 W00D PROPERTIES
1.1 Anatomical characteristics
1.2 Physical properties
1-3 Mechanical properties
1.4 Chemical properties
2 GROWTH STRESS
3 MACHINING PROPERTIES
3.1 Methods
3.2 Results and discussions
3.3 General conclusion
4 SAWING TECHNIQUES
4.1 Strain in sawing process
4.2 Bow deformation
4.3 Sawing inaccuracy
4.4 The influence of end-splits on lumber recovery
5 DRYING TECHNIQUES
5.1 Air drying
5.2 Drying characteristics
5-3 Drying schedule
6 ADHESION PROPERTIES
6.1 Fingerjoint
6.2 Materials
6 3 Method of experiments.
6 4 Result and discussion
Ⅳ Eucalyptus grandis
1 WOOD PROPERTIES
1.1 Anatomical characteristics
1.2 Physical properties
1.3 Mechanical properties
1.4 Chemical properties
2 GROWTH STRESS
3 SAWING TECHNIQUES
3.1 Strain in sawing process
3.2 Bow deformation
3.3 Sawing inaccuracy
3.4 The influence ofend-splits on lumber recovery
……
Ⅴ Eucalyptus urophylla
Ⅵ Eucalyptus cloeziana
Ⅶ Eucalyptus pellita
Ⅷ Eucalyptus tereticornis
Ⅸ Acacia mangium
Ⅹ Acacia auriculiformis
REFERENCES
PLATE