Add to ORKGThe influences of crack length and loading rate on fracture toughness were studied experimentally at room temperature for wood. The results obtained are summarized as follows: (1) Fracture toughness was slightly dependent on the loading rate in RL specimen. (2) Fracture toughness decreased with increasing a/W (crack length)
Fracture toughness of New Zealand pinus radiata in TL opening mode was determined from displacement ...
Dead load tests of notched beams of Douglas-fir with the crack plane parallel-to-grain and the propa...
This paper reports on the fracture behavior of a hard wood known as Selanga Batu (Shorea spp) with d...
Determination of fracture toughness values in modes I and II for wood are considered. The testing me...
A numerical and experimental study was performed to evaluate the critical strain energy release rate...
Influence of heat-treatment on fracture toughness, compressive strength and bending strength of Alas...
International audienceThe identification crack initiation and crack growth process is very important...
A cohesive crack model is used to analyse failure of wood in mode I along the grain. Several configu...
Long-term fracture toughness of spruce, pine and Kerto LVL material has experimentally been determin...
Linear-elastic fracture mechanics has been applied extensively to wood. However, wood is not a perfe...
This is an author's peer-reviewed final manuscript, as accepted by the publisher. The published arti...
Wood is a highly optimised natural composite material suitable for a number of different application...
This paper presents a review of the fracture literature of solid wood. The review is not exhaustive ...
ABSTRACT. It is known for long time that the size of a structure has an important effect on its frac...
The effects of loading rate on fracture toughness of ice have been investigated using sharply edge-n...
Fracture toughness of New Zealand pinus radiata in TL opening mode was determined from displacement ...
Dead load tests of notched beams of Douglas-fir with the crack plane parallel-to-grain and the propa...
This paper reports on the fracture behavior of a hard wood known as Selanga Batu (Shorea spp) with d...
Determination of fracture toughness values in modes I and II for wood are considered. The testing me...
A numerical and experimental study was performed to evaluate the critical strain energy release rate...
Influence of heat-treatment on fracture toughness, compressive strength and bending strength of Alas...
International audienceThe identification crack initiation and crack growth process is very important...
A cohesive crack model is used to analyse failure of wood in mode I along the grain. Several configu...
Long-term fracture toughness of spruce, pine and Kerto LVL material has experimentally been determin...
Linear-elastic fracture mechanics has been applied extensively to wood. However, wood is not a perfe...
This is an author's peer-reviewed final manuscript, as accepted by the publisher. The published arti...
Wood is a highly optimised natural composite material suitable for a number of different application...
This paper presents a review of the fracture literature of solid wood. The review is not exhaustive ...
ABSTRACT. It is known for long time that the size of a structure has an important effect on its frac...
The effects of loading rate on fracture toughness of ice have been investigated using sharply edge-n...
Fracture toughness of New Zealand pinus radiata in TL opening mode was determined from displacement ...
Dead load tests of notched beams of Douglas-fir with the crack plane parallel-to-grain and the propa...
This paper reports on the fracture behavior of a hard wood known as Selanga Batu (Shorea spp) with d...