Add to ORKGA preliminary study is presented of the relationship between the microstructural aspects of failure and the fracture energy G//1//C for cracking parallel to the fibres in long-fibre/thermoplastic matrix composites. Fracture energies are measured by a new technique, and fracture surfaces generated by the test are examined by scanning electron microscopy
The failure process arising at a broken fibre end in polymer matrix composite materials has been stu...
The bond between a fibre and the matrix is very important for the mechanical behaviour of CFRP. The ...
We measured the fracture toughness of MDF panels with two different densities by using crack propaga...
Typescript (photocopy).The objective of this study is to identify the deformation micromechanisms op...
This paper studies the fracture behaviour of unidirectional carbon fibre reinforced carbon matrix co...
Critical stress intensity factors and fracture surface energies have been measured for a series of 0...
The strength and failure characteristics of polyamide 6.6 filled with both glass and carbon fibres h...
The strength and failure characteristics of polyamide 6.6 filled with both glass and carbon fibres h...
The translaminar fracture behaviors of partially different unidirectional composite systems, constit...
The mechanical properties and fracture mechanics of a series of short glass fibre reinforced and rub...
This is from the region of the fracture surface which was in tension. The fibres show clean, brittle...
This is from the region of the fracture surface which was in tension. The fibres show clean, brittle...
The bond between a fibre and the matrix is very important for the mechanical behaviour of CFRP. The ...
Improving the fracture toughness of the polymer matrix has been a concentration of research effort f...
A popular approach to the characterisation of the propagation of interlaminar cracks has been throug...
The failure process arising at a broken fibre end in polymer matrix composite materials has been stu...
The bond between a fibre and the matrix is very important for the mechanical behaviour of CFRP. The ...
We measured the fracture toughness of MDF panels with two different densities by using crack propaga...
Typescript (photocopy).The objective of this study is to identify the deformation micromechanisms op...
This paper studies the fracture behaviour of unidirectional carbon fibre reinforced carbon matrix co...
Critical stress intensity factors and fracture surface energies have been measured for a series of 0...
The strength and failure characteristics of polyamide 6.6 filled with both glass and carbon fibres h...
The strength and failure characteristics of polyamide 6.6 filled with both glass and carbon fibres h...
The translaminar fracture behaviors of partially different unidirectional composite systems, constit...
The mechanical properties and fracture mechanics of a series of short glass fibre reinforced and rub...
This is from the region of the fracture surface which was in tension. The fibres show clean, brittle...
This is from the region of the fracture surface which was in tension. The fibres show clean, brittle...
The bond between a fibre and the matrix is very important for the mechanical behaviour of CFRP. The ...
Improving the fracture toughness of the polymer matrix has been a concentration of research effort f...
A popular approach to the characterisation of the propagation of interlaminar cracks has been throug...
The failure process arising at a broken fibre end in polymer matrix composite materials has been stu...
The bond between a fibre and the matrix is very important for the mechanical behaviour of CFRP. The ...
We measured the fracture toughness of MDF panels with two different densities by using crack propaga...