Nombre de page - Number of page(s): 9International audienceTo reduce the problem of incompatibility between wood and cement, a treatment of the wood reinforcement with boiling water may be a solution to remove compounds that inhibit cement setting. The effect of the wood powder content of Eucalyptus camaldulensis Dehn natural and heat-treated with boiling water on the hydration kinetics was studied by isothermal calorimetry, conductimetry and thermogravimetry (TGA). The wood powder slightly reduces gypsum consumption and delays the hydration of the silicate phases. At high concentrations of 25% and 30% by weight, wood strongly delays the precipitation of portlandite. At contents of 10 wt.% wood powder, the treatment did not show any efficie...
Recently, the use of natural fibres as a sustainable alternative for reinforcements in cement-based ...
A treatment to improve the reaction to fire of wood is the wood mineralization. Besides the reaction...
Funding Information: Research funding: Financial support from the Academy of Finland (grant no. 3098...
International audienceHeat treatments of wood are widely used for the reduction of wood swelling and...
The use of wood in a cement material gives interesting properties to composites. However, dimensiona...
In order to determine the feasibility of manufacturing wood-gypsum and wood-gypsum-cement particlebo...
In this study, a series of treatments were considered to determine the impact of such treatments on ...
The development of wood-cement composite products is limited by cement's incompatibility with numero...
International audienceThe influence of wood aqueous extractives on the hydration of plaster is discu...
In this study, the application of fresh-wood-wool without any pre-treatment to produce wood-wool cem...
Numerous inorganic compounds were screened to identify those capable of minimizing the inhibitory ef...
When formulating materials containing an hydraulic binder and plant particles, the setting of the bi...
In this work, wood sawdust has undergone different pre-treatments to reduce the amount of extractive...
2.6 hours) was recorded as the most compatible species for manufacturing cement bio-based c...
While the use of eucalyptus fibers in the paper industry is common practice, their use in constructi...
Recently, the use of natural fibres as a sustainable alternative for reinforcements in cement-based ...
A treatment to improve the reaction to fire of wood is the wood mineralization. Besides the reaction...
Funding Information: Research funding: Financial support from the Academy of Finland (grant no. 3098...
International audienceHeat treatments of wood are widely used for the reduction of wood swelling and...
The use of wood in a cement material gives interesting properties to composites. However, dimensiona...
In order to determine the feasibility of manufacturing wood-gypsum and wood-gypsum-cement particlebo...
In this study, a series of treatments were considered to determine the impact of such treatments on ...
The development of wood-cement composite products is limited by cement's incompatibility with numero...
International audienceThe influence of wood aqueous extractives on the hydration of plaster is discu...
In this study, the application of fresh-wood-wool without any pre-treatment to produce wood-wool cem...
Numerous inorganic compounds were screened to identify those capable of minimizing the inhibitory ef...
When formulating materials containing an hydraulic binder and plant particles, the setting of the bi...
In this work, wood sawdust has undergone different pre-treatments to reduce the amount of extractive...
2.6 hours) was recorded as the most compatible species for manufacturing cement bio-based c...
While the use of eucalyptus fibers in the paper industry is common practice, their use in constructi...
Recently, the use of natural fibres as a sustainable alternative for reinforcements in cement-based ...
A treatment to improve the reaction to fire of wood is the wood mineralization. Besides the reaction...
Funding Information: Research funding: Financial support from the Academy of Finland (grant no. 3098...