Review Study on Mechanical Properties of Self-Healing materials

Pragyan Pattanaik, A. Mishra
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Abstract

Self-healing materials as the name suggest these materials can self-heal themselves. Self-healing materials is the need of the future. It has a most prominent and effective pplication in the field of aerospace, but it is not limited to the aerospace industry. Concrete cement being the cheapest also has the application of self-healing agents that leads to the replenishment of cracks easily so that the life span of the concrete increases furthermore. Another prominent field where self-healing materials have a wide application is ESDs electronic storage devices because of the sensitivity of ESDs. Not only restricted to ESDs it is also planned to be used in robots as the chances of wear and tear are more and is skin sensitive. Further in this review, mechanical properties such as strength, toughness, hardness, and fatigue are discussed.
自修复材料力学性能研究进展
自愈材料顾名思义这些材料可以自我修复。自愈材料是未来的需要。它在航空航天领域的应用最为突出和有效,但它并不局限于航空航天工业。混凝土水泥是最便宜的,也有自愈剂的应用,容易导致裂缝的补充,从而进一步增加混凝土的寿命。自修复材料广泛应用的另一个突出领域是静电放电(esd)电子存储器件,这是由于静电放电的灵敏度。它不仅局限于esd,还计划用于机器人,因为磨损和撕裂的可能性更大,而且对皮肤敏感。在这篇综述中,进一步讨论了机械性能,如强度,韧性,硬度和疲劳。
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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