With a view to determining the mechanical properties - specifically the modulus of elasticity - of fibrous composites, the nondestructive methods present certain advantages. The ultrasound technique, based on measuring the propagation velocity of an impulse and considering the elasticity coefficients of the material, enabled us to deal with the study of a well-known local species, namely Aleppo pine (Pinus halepensis Mill.), with consideration of its physical parameters such as moisture and density. The mean goal of this step is to find correlations between the acoustic behavior of the material and its physical and mechanical characteristic
In this research, dynamic modulus of elasticity (MOE) of poplar wood was predicted under two differe...
International audienceThis paper presents results obtained for the development of a wood-polymer com...
Due to ecological and environmental factors, re-using aged wood is becoming more and more important,...
This paper reports on a study of the application of ultrasound waves in wood with the purpose of eva...
This paper reports on a study of the application of ultrasound waves in wood with the purpose of eva...
This paper presents an evaluation of the acoustic ultrasound and stress wave methods for investigati...
The present study explores the possibility of using longitudinal ultrasound transmission to evaluate...
This study was developed aiming at evaluating the use of constant dynamic elastic obtained by non-de...
The goal of this paper was to analyse the mechanical properties of Castanea sativa determined using ...
Non-destructive techniques for characterizing materials in-service have been increasing in importanc...
A madeira de Pinus sp. tem utilização crescente na indústria madeireira brasileira. O decréscimo con...
The present study aims to verify the possibility of assessing the lengthwise variation of the modulu...
The forest sector plays an important role in the economy and, in these times of sustainability, indu...
This research uses a non-destructive method – ultrasound – to examine timber, combining the results ...
The presented study concerns the application of the pulse-echo ultrasound measurement technique in d...
In this research, dynamic modulus of elasticity (MOE) of poplar wood was predicted under two differe...
International audienceThis paper presents results obtained for the development of a wood-polymer com...
Due to ecological and environmental factors, re-using aged wood is becoming more and more important,...
This paper reports on a study of the application of ultrasound waves in wood with the purpose of eva...
This paper reports on a study of the application of ultrasound waves in wood with the purpose of eva...
This paper presents an evaluation of the acoustic ultrasound and stress wave methods for investigati...
The present study explores the possibility of using longitudinal ultrasound transmission to evaluate...
This study was developed aiming at evaluating the use of constant dynamic elastic obtained by non-de...
The goal of this paper was to analyse the mechanical properties of Castanea sativa determined using ...
Non-destructive techniques for characterizing materials in-service have been increasing in importanc...
A madeira de Pinus sp. tem utilização crescente na indústria madeireira brasileira. O decréscimo con...
The present study aims to verify the possibility of assessing the lengthwise variation of the modulu...
The forest sector plays an important role in the economy and, in these times of sustainability, indu...
This research uses a non-destructive method – ultrasound – to examine timber, combining the results ...
The presented study concerns the application of the pulse-echo ultrasound measurement technique in d...
In this research, dynamic modulus of elasticity (MOE) of poplar wood was predicted under two differe...
International audienceThis paper presents results obtained for the development of a wood-polymer com...
Due to ecological and environmental factors, re-using aged wood is becoming more and more important,...