A geometrical model was derived to describe knots in logs and on the surface of lumber beams sawn from those logs. Each knot is defined by 7 parameters related to the shape and position in the stem. A computer simulation program was written to study knot shapes on a variety of observation planes.An initial investigation on the shape of knots in Scots pine logs and lumber beams suggests that the model is sufficiently accurate to describe knottiness in this species. Potential applications of this model include automated lumber grading, computerized log reconstitution and yield optimization studies
Branches on trees introduce defects on sawn timber called knots. By scanning sawlogs using computed ...
Ongoing research concerns the possibility of determining the 3D orientation of wood fibres within th...
The influence of different types of knots and fiber deviations on the bending of wood, as managed us...
A geometrical model was derived to describe knots in logs and on the surface of lumber beams sawn fr...
Lumber and veneer recovery from Douglas-fir (Pseudotsuga menziesii) trees depends on the size and di...
A knot study on black spruce was performed on 21 trees originating from a natural stand located in Q...
A theoretical procedure is described by which the effect of knots in the conversion of logs into str...
A theoretical procedure is described by which the effect of knots in the conversion of logs into str...
A mathematical reconstruction of Maritime pine (Pinus pinaster Ait.) was produced using the WoodCim®...
The objective of this study was to develop a method for reconstruction of parametrically described w...
Abstract. The shape and structure of branches attached internally to the stem (knots) for loblolly p...
Knowledge of the three-dimensional orthogonal directions of wood material at any position within a t...
Most wood boards contain knots. Knots are known as the most weakening factor affecting mechanical p...
Amabilis fir and western hemlock are an important softwood lumber resource in British Columbia (BC)....
As a means to determine the grade improvement potential of black spruce, a sawing and grading model ...
Branches on trees introduce defects on sawn timber called knots. By scanning sawlogs using computed ...
Ongoing research concerns the possibility of determining the 3D orientation of wood fibres within th...
The influence of different types of knots and fiber deviations on the bending of wood, as managed us...
A geometrical model was derived to describe knots in logs and on the surface of lumber beams sawn fr...
Lumber and veneer recovery from Douglas-fir (Pseudotsuga menziesii) trees depends on the size and di...
A knot study on black spruce was performed on 21 trees originating from a natural stand located in Q...
A theoretical procedure is described by which the effect of knots in the conversion of logs into str...
A theoretical procedure is described by which the effect of knots in the conversion of logs into str...
A mathematical reconstruction of Maritime pine (Pinus pinaster Ait.) was produced using the WoodCim®...
The objective of this study was to develop a method for reconstruction of parametrically described w...
Abstract. The shape and structure of branches attached internally to the stem (knots) for loblolly p...
Knowledge of the three-dimensional orthogonal directions of wood material at any position within a t...
Most wood boards contain knots. Knots are known as the most weakening factor affecting mechanical p...
Amabilis fir and western hemlock are an important softwood lumber resource in British Columbia (BC)....
As a means to determine the grade improvement potential of black spruce, a sawing and grading model ...
Branches on trees introduce defects on sawn timber called knots. By scanning sawlogs using computed ...
Ongoing research concerns the possibility of determining the 3D orientation of wood fibres within th...
The influence of different types of knots and fiber deviations on the bending of wood, as managed us...