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• I Eucalyptus citriodora
  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 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
  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 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 of end-splits on lumber recovery
  4 DRYING TECHNIQUES
  4.1 Air drying
  4.2 Drying characteristics
  4.3 Drying schedule
  5 ADHESION PROPERTIES
  5.1 Finger joint
  5.2 Gluing
  III Eucalyptus urophylla×grandis
  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 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 Finger joint
  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 of end-splits on lumber recovery
  4 DRYING TECHNIQUES
  4.1 Air drying
  4.2 Drying characteristics
  4.3 Drying schedule
  5 FINGER JOINT
  5.1 Materials
  5.2 Methods of experiments
  5.3 Result and discussion
  V Eucalyptus urophylla
  1 WOOD PROPERTIES
  1.1 Anatomical characteristics
  1.2 Physical properties
  1.3 Mechanical properties
  1.4 Chemical properties
  2 GROWTH STRESS
  VI Eucalyptus cloeziana
  1 WOOD PROPERTIES
  1.1 Anatomical characteristics
  1.2 Physical properties
  1.3 Mechanical properties
  1.4 Chemical properties
  2 GROWTH STRESS
  VII Eucalyptus pellita
  1 WOOD PROPERTIES
  1.1 Anatomical characteristics
  1.2 Physical properties
  1.3 Mechanical properties
  1.4 Chemical properties
  2 GROWTH STRESS
  VIII Eucalyptus tereticornis
  1 WOOD PROPERTIES
  1.1 Anatomical characteristics
  1.2 Physical properties
  1.3 Mechanical properties
  1.4 Chemical properties
  2 GROWTH STRESS
  IX Acacia mangium
  1 WOOD PROPERTIES
  1.1 Anatomical characteristics
  1.2 Physical properties
  1.3 Mechanical properties
  1.4 Chemical properties
  2 GROWTH STRESS
  3 DRYING TECHNIQUES
  3.1 Air drying
  3.2 Drying characteristics
  3.3 Drying schedule
  X Acacia auriculiformis
  1 WOOD PROPERTIES
  1.1 Anatomical characteristics
  1.2 Shrinkage and density
  1.3 Mechanical properties
  1.4 Chemical properties
  2 GROWTH STRESS
  REFERENCES
  PLATE