Physical and mechanical properties are important factors in determining the suitability and application of wood material. This study aimed to investigate physical and mechanical properties of hornbeam wood (Carpinus betulus L.) in dominant and suppressed trees. Disks and logs of wood were cut at breast height to examine physical properties (oven- dried density, basic density, longitudinal shrinkage, tangential shrinkage, radial shrinkage, and volumetric shrinkage) and mechanical properties (static bending, compression strength parallel to the grain, compression perpendicular to the grain and hardness). T-test analysis indicated that forest mass (dominant-suppressed trees) affected the mechanical properties significantly (except modulus of e...
Zanimanje za les pavlovnije (Paulownia tomentosa) se je v zadnjih letih močno povečalo, s tem pa tud...
Various biotic and abiotic agents affect the performance of wood products. Chemicals, thermal energy...
Various biotic and abiotic agents affect the performance of wood products. Chemicals, thermal energy...
Physical and mechanical properties are important factors in determining the suitability and applicat...
The aim of this study was to investigate the main mechanical properties of sapwood and heartwood in ...
This study was carried out to determine radial variation of wood density, modulus of elasticity (MOE...
Pri uporabi lesa za konstrukcijske namene, so bistvenega pomena njegove mehanske lastnosti. Ugotavlj...
To determine major engineering properties of Hornbeam wood (Carpinus betulus L.) in Vaisar region of...
In this study physical and mechanical properties of Hornbeam wood (Carpinus betulus L.) grown at two...
In this study physical and mechanical properties of Hornbeam (Carpinus betulus L.) grown at three di...
Istraživanjem fizikalnih svojstava toplinski obrađene bukovine i grabovine utvrđeno je da je njihova...
This paper summarizes the results of the analysis of selected physical and mechanical properties of ...
Raziskali smo gostoto ter nekatere mehanske lastnosti povezane s staranjem lesa. Vzorčili smo hrasto...
This paper summarizes the results of the analysis of selected physical and mechanical properties of ...
The aim of this study was to investigate the main mechanical properties of sapwood and heartwood in ...
Zanimanje za les pavlovnije (Paulownia tomentosa) se je v zadnjih letih močno povečalo, s tem pa tud...
Various biotic and abiotic agents affect the performance of wood products. Chemicals, thermal energy...
Various biotic and abiotic agents affect the performance of wood products. Chemicals, thermal energy...
Physical and mechanical properties are important factors in determining the suitability and applicat...
The aim of this study was to investigate the main mechanical properties of sapwood and heartwood in ...
This study was carried out to determine radial variation of wood density, modulus of elasticity (MOE...
Pri uporabi lesa za konstrukcijske namene, so bistvenega pomena njegove mehanske lastnosti. Ugotavlj...
To determine major engineering properties of Hornbeam wood (Carpinus betulus L.) in Vaisar region of...
In this study physical and mechanical properties of Hornbeam wood (Carpinus betulus L.) grown at two...
In this study physical and mechanical properties of Hornbeam (Carpinus betulus L.) grown at three di...
Istraživanjem fizikalnih svojstava toplinski obrađene bukovine i grabovine utvrđeno je da je njihova...
This paper summarizes the results of the analysis of selected physical and mechanical properties of ...
Raziskali smo gostoto ter nekatere mehanske lastnosti povezane s staranjem lesa. Vzorčili smo hrasto...
This paper summarizes the results of the analysis of selected physical and mechanical properties of ...
The aim of this study was to investigate the main mechanical properties of sapwood and heartwood in ...
Zanimanje za les pavlovnije (Paulownia tomentosa) se je v zadnjih letih močno povečalo, s tem pa tud...
Various biotic and abiotic agents affect the performance of wood products. Chemicals, thermal energy...
Various biotic and abiotic agents affect the performance of wood products. Chemicals, thermal energy...