Influence of activated carbon filler on the mechanical properties of wood composites

This study is conducted to investigate the influence of activated carbon as filler on the mechanical properties of
wood composite. It mainly focused on the strength, stress, and displacement of the wood composites. A composite
material is defined as a combination of two or more materials that results in better properties than the individual
components are used alone. The wood composite have certain advantages over wood, as they are affordable and have the
potential for versatile designs. The materials possess good mechanical properties and have a long service life. Due to the
excellent of mechanical properties, wood composite materials have been widely used throughout the last four decades.
Structural and non-structural engineered wood composites based on plywood, medium density fibreboard (MDF),
laminated veneer lumber (LVL), thermoplastic or wood fiber blends, and are now used in both interior and exterior
applications. With advances in existing technology, especially in engineering field in which the use of computer software
such as solid work simulation is used to test model digitally for valuable technical insight early in the design process. This
type of software reduces weight and materials cost, improve durability and manufacture ability of the product. Simulation
also enables representation of the modelled real system and its behaviour in real time by means of computer. From both
simulation and experimental method used in this study, MDF composite samples show higher strength value than plywood
composite samples due to the increasing of thickness of the activated carbon filler. Overall, the percentage differences
between simulation and experimental method is lower than 10% which indicate that simulation is suitable tool use to
predict the strength of wood composites