Biocomposite materials manufactured from natural fibres and polymer matrix represent a
group of engineered composite products with diverse applications. These materials continue …

A large quantity of lignocellulosic wastes is generated worldwide from various sources such
as agriculture, construction, wood and furniture industries leading to environmental …

Over the last years promising cement bonded wood composites for structural purposes have
evolved. Durability, toughness, high dimensional stability, resistance against environmental …

The need for efficient building insulation with low environmental impact has led to a growing
market for hemp lightweight concretes. However, a deeper understanding of the interactions …

Wood-cement composites have been widely used for building construction in many
countries. However, the wood-cement incompatibility limits the manufacture of this material …

In this study, six residual plant materials were tested as adsorbents to remove Pb 2+ and Ni
2+ ions from water. The influence of variables such as PH, contact time and adsorption …

The combined effect of wood chemical composition, anatomical traits, and density on
cement curing, matrix-reinforcement interface, and final performance of cement-bonded …

To solve the problem of agricultural waste, modified straw/magnesium oxychloride
lightweight composites (M− SMOCL) with light-weight and high strength were prepared …

The study was design to evaluate the physical and mechanical properties of cement-bonded
particleboards produced fromAfzelia africanawood residues. The production variables …

This research aims to provide a use for the large amount of abandoned, wasted straw and to
provide high-quality building materials by producing a straw/magnesia lightweight …