Collaborative research on carbon reinforced concrete structures in the CRC/TRR 280 project

Birgit Beckmann, Jan Bielak, Sven Bosbach, Silke Scheerer, Christopher Schmidt, Josef Hegger, Manfred Curbach
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引用次数: 22

Abstract

New materials allow new building designs and construction types. However, initial construction projects using the new materials show that traditional construction principles - in the case of carbon reinforced concrete those derived from steel reinforced concrete - are still being used. In other words, conventional materials are merely substituted. Only combined with intelligent construction strategies it is possible to exploit the full potential of innovative materials. Detached from established patterns of thought, the fundamentals for a new way of building with concrete are to be created in the frame of the Collaborative Research Centre Transregio (CRC/TRR) 280 project “Design Strategies for Material-Minimised Carbon Reinforced Concrete Structures–Principles of a New Approach to Construction” at Technische Universität Dresden (TUD) and RWTH Aachen University. These are to be based on profound insights into the mechanical behavior of novel mineral structures. Innovative lightweight construction strategies and material composites reduce resource and energy consumption while maintaining high levels of usability, structural safety, and durability, while the aspirational esthetics make a valuable contribution to the culture of building. The long-term research alliance of TUD and RWTH pools the excellent competencies, inspiring research into material-minimized construction with mineral composites. The article highlights the research activities planned for the first period from July 2020 to June 2024.

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CRC/TRR 280项目碳增强混凝土结构协同研究
新材料允许新的建筑设计和建筑类型。然而,使用新材料的初步建筑项目表明,传统的建筑原则- - -在碳增强混凝土的情况下,来源于钢增强混凝土- - -仍在使用。换句话说,传统材料只是被替代了。只有与智能建筑策略相结合,才能充分利用创新材料的潜力。脱离既定的思维模式,在Transregio合作研究中心(CRC/TRR) 280项目的框架内创建了一种新的混凝土建筑方式的基础,该项目名为“材料最小化碳增强混凝土结构的设计策略-一种新的建筑方法的原则”,该项目由Technische Universität Dresden (TUD)和RWTH Aachen大学共同完成。这些都是基于对新型矿物结构力学行为的深刻见解。创新的轻质结构策略和材料复合材料减少了资源和能源消耗,同时保持了高水平的可用性、结构安全性和耐久性,而理想的美学对建筑文化做出了宝贵的贡献。TUD和RWTH的长期研究联盟汇集了优秀的能力,激发了对矿物复合材料材料最小化建筑的研究。文章重点介绍了2020年7月至2024年6月期间计划进行的研究活动。
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