Constitutive Performance Characterization of Diversified Bamboo Material – A Green Technology

Tanvi Saxena, P. Tomar
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引用次数: 3

Abstract

Biodiversity is a boon for reinforcement of sustainability and innovation for betterment of society via transformation of scientific temper. Nature has consciousness and invincible strength to bio diversified plants against protection from unforeseen turbulence is observed by researchers. Natural bamboo is a type of Bio composites found in tropical region has strength to weight ratio and aesthetics valuation more than alloy steels hence it is useful in ultra-luxurious segment of society. The purpose of the paper is to elaborate mechanism and mechanics of natural bamboo materials explicitly for determination of micro/macro rupture of fibre matrix adhesion subjected to severe shearing as efficient natural strength of tensile strength and bending strength inbuilt with bamboo by nature and failure mode is conventional in plane twisting of composite culms. The paper is useful for researchers focusing on innovation and green technology for achievement of sustainable development goals.
多种竹材的本构性能表征——绿色技术
生物多样性是加强可持续性和创新的福音,通过科学脾气的转变来改善社会。研究人员观察到,大自然具有自觉和不可战胜的力量,使生物多样化的植物免受不可预见的动荡的保护。天然竹子是热带地区发现的一种生物复合材料,比合金钢具有更高的强度重量比和美学价值,因此它在超豪华社会中很有用。本文的目的是明确阐述天然竹材料的机理和力学,以确定纤维基体粘附在剧烈剪切作用下的微观/宏观断裂,因为竹子固有的有效自然强度是抗拉强度和弯曲强度,而复合材料的平面扭曲破坏模式是常规的。本文对关注创新和绿色技术以实现可持续发展目标的研究人员具有借鉴意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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