The nature of wood is diverse having a positive characteristic like added strength, workability, stability plus low cost which gives it, its uniqueness. Unlike steel, ceramic or glass, wood moves as the moisture content of air moves, it continues to absorb moisture and decays. With recent search for highly performing materials in wood technology, it is of great importance to explore into other techniques to improve the workability of wood products. Composite wood will in the nearest future, probably replace some metallic structural members and plastics. Notably, multiple studies point to a unique role of engineered wood, yet there is limited information about nano-cement engineered wood. Nanotechnology is an advance technology that have prospect to fulfil the demand of producing green buildings. The development of new materials in nano meter allows new implementation and its association with modern technology would change the construction industry entirely. This article gives insightful reviews on wood-cement composite, materials, processing, uses, new technologies and future perspectives. In addition, due to the incompatibility of wood and cement design mixtures, using supplementary materials to substitute ordinary Portland cement are proposed.

中文翻译：

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纳米水泥工程木板 （NCEW） - 木水泥复合材料、材料、新技术和未来前景综述


木材的性质是多种多样的，具有增加强度、可加工性、稳定性和低成本等积极特性，这赋予了它独特性。与钢、陶瓷或玻璃不同，木材会随着空气中水分的移动而移动，它会继续吸收水分并腐烂。随着最近在木材技术中寻找高性能材料，探索其他技术以提高木制品的可加工性非常重要。复合木材在不久的将来可能会取代一些金属结构构件和塑料。值得注意的是，多项研究指出了工程木材的独特作用，但关于纳米水泥工程木材的信息有限。纳米技术是一种具有前景的先进技术，有望满足生产绿色建筑的需求。纳米新材料的开发允许新的实施，它与现代技术的结合将彻底改变建筑行业。本文对木水泥复合材料、材料、加工、用途、新技术和未来前景进行了深入的综述。此外，由于木材和水泥设计混合物的不相容性，建议使用补充材料来替代普通硅酸盐水泥。