Processing of earth-based materials: current situation and challenges ahead

Q2 Engineering
Emmanuel Keita, Arnaud Perrot
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引用次数: 0

Abstract

With the overall aim of supporting the development of new construction techniques and materials that are more economical and less carbon intensive, RILEM has decided to launch three new technical committees on earth construction in 2022. One of these committees will focus on the manufacturing processes used in earth construction (TC PEM). The aim of this committee is to bring together experts from several disciplines (materials science, earth construction, rheology, geotechnics, cement chemistry, etc.) to advance earth construction techniques by sharing and promoting good practice. The processing of earth is today based on solid empirical knowledge which fails to convince structural design engineers. As a result, earth construction is still limited to small buildings. To upscale the use of earthen material in construction, it is required to provide a solid scientific background that can be used for the writing of standards and recommendations to guarantee minimal performances in service. Areas of work include improving understanding of the mechanical behaviour of the material in the fresh state, developing characterization methods, monitoring the material during curing, and studying new construction techniques, particularly digital ones. The work of the technical committee PEM “Processing of earth-based materials” is expected to gather the scientific knowledge that can be further used for the writing of construction and design codes for earthen materials.
土基材料加工:当前形势与未来挑战
为了支持开发更经济、碳排放量更低的新型建筑技术和材料,RILEM 决定在 2022 年成立三个新的土方建筑技术委员会。其中一个委员会将重点关注土方工程中使用的制造工艺(TC PEM)。该委员会的目标是汇集多个学科(材料科学、土方工程、流变学、土工技术、水泥化学等)的专家,通过分享和推广良好实践来推动土方工程技术的发展。如今,土方处理是建立在扎实的经验知识基础上的,而经验知识无法说服结构设计工程师。因此,土建筑仍局限于小型建筑。为了提高土质材料在建筑中的使用率,需要提供坚实的科学背景,用于编写标准和建议,以保证在使用中的最低性能。工作领域包括进一步了解材料在新鲜状态下的机械性能、开发特征描述方法、在固化过程中监测材料以及研究新的施工技术,特别是数字化技术。土基材料加工 "技术委员会(PEM)的工作有望收集科学知识,进一步用于编写土基材料的施工和设计规范。
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来源期刊
RILEM Technical Letters
RILEM Technical Letters Materials Science-Materials Science (all)
CiteScore
5.00
自引率
0.00%
发文量
13
审稿时长
10 weeks
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