Carbon concrete- the creative building material- its properties and performance indicators in strengthening the elements of structures: الخرسانة الكربونية – مادة البناء الإبداعية – خصائصها ومؤشرات أدائها في تدعيم عناصر المنشآت

Zuhair Amer Zuhair Amer
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Abstract

Construction and restoration operations have developed rapidly since the beginning of this century. This development coincided with the trend of towards developing and discovering new building materials that meet the aspirations and needs of those interested across all engineering fields. One of the most important building materials currently being developed is carbon concrete, in which carbon is used for reinforcement instead of steel, which has been the material in use until today. Due to the many advantages of using carbon concrete whether in building new structures or in repairing, strengthening and consolidation of existing buildings, this innovative material will replace conventional reinforced concrete in the near future. This study aims to shed light on carbon concrete and present the latest findings of scientific research on this material and its production and use techniques, whether in modern buildings under construction or in existing buildings for the purpose of repair and rehabilitation. It also aims in its experimental part to study the effects of reinforcement using carbon concrete on the behavior of implemented concrete elements (for example, column elements) by changing many parameters. This research paper presents the characteristics and components of carbon concrete, its manufacturing methods and areas of use, in addition to the advantages and disadvantages of the new carbon concrete through a brief overview in order to introduce this creative building material in the Arab sector and encourage its use as an alternative to reinforced concrete. However, there is still an urgent need for scientific research into the details of carbon concrete. Only then can standardized and complete concepts be presented for their practical use and, above all, the code version to be followed when utilizing them.
自本世纪初以来,建设和修复工作迅速发展。这一发展与开发和发现满足所有工程领域感兴趣的人们的愿望和需求的新建筑材料的趋势相吻合。目前正在开发的最重要的建筑材料之一是碳混凝土,其中碳用于加固而不是钢,直到今天一直在使用的材料。由于碳混凝土在建造新结构或修复、加强和加固现有建筑方面具有许多优点,这种创新材料将在不久的将来取代传统的钢筋混凝土。本研究旨在阐明碳混凝土,并介绍该材料及其生产和使用技术的最新科学研究成果,无论是在建设中的现代建筑还是在现有建筑中进行修复和修复。它的实验部分还旨在通过改变许多参数来研究使用碳混凝土加固对实施的混凝土单元(例如柱单元)行为的影响。本研究论文通过简要概述,介绍了碳混凝土的特点和成分、制造方法和使用领域,以及新型碳混凝土的优缺点,以便在阿拉伯地区介绍这种创造性的建筑材料,并鼓励将其作为钢筋混凝土的替代品使用。然而,目前仍迫切需要对碳混凝土的细节进行科学研究。只有这样,标准化和完整的概念才能被呈现出来,以供实际使用,最重要的是,在使用它们时要遵循的代码版本。
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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