Abstract
In recent years, interest in biocomposite materials has grown significantly, due to the potential to replace conventional materials. The increasing use of biocomposite materials in various fields (aerospace, automotive, maritime transport, sports equipment, energy, construction, medicine), is due to their characteristics, superior to those of conventional materials, the reduction of energy consumption required for their production, the increased resistance to corrosion, tear resistance, wear resistance, high temperature, strength, low density, controllable thermal conductivity, good deformability, exceptional dimensional stability, low thermal expansion, impact resistance and many other characteristics that, unlike classical materials, are convenient. This study reviews the manufacturing methods used to produce certain biocomposite materials.
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