Coordination Funds

水泥基材料的加工是建造新结构和维护现有结构的技术支柱。专门使用基于流变学的工艺不仅是掌握当前技术挑战的关键，例如质量保证、极限长度和高度泵送等，而且也是开发3D混凝土打印等新兴和高度创新技术的关键。自2017年12月以来，DFG SPP 2005已成功地将自己打造成创新和可持续建筑材料领域的一个高效、高调、跨学科的协同平台。该平台使直接参与其工作的55名坚定的研究人员能够交流思想、合作，并发现掌握技术挑战和设计开创性的基于流变学的加工技术所需的尖端科学原理。第二个资助期的协调项目的主要目标是促进协同、跨学科的研究，目的是在研究过程中进行结构良好的合作，并在该计划内产生整体研究成果的较高剩余价值。该项目包括科学部分和管理部分。协调使用共同的参考材料、方法和系统，对于能够对研究结果进行比较分析至关重要。应特别注意新技术，如添加剂制造以及特殊混凝土，例如低含水率混凝土、纤维增强混凝土和再生骨料混凝土。选择原材料是因为迫切需要为使用更可持续的混凝土技术创造坚实的流变学基础。由博士后研究员进行的高级研究旨在使用创新的数据管理工具汇编个人和联合研究项目的研究成果。博士后承担着领导和促进上级研究的不可或缺的作用，并确保各个研究项目之间的协同联系。研究数据管理是SPP 2005的核心属性。它涉及遵循“尽可能开放、尽可能封闭”的原则和良好的研究做法，以可持续的方式组织、储存、保存和共享收集的数据。为此，将引入一种先进的数据采集系统。

The processing of cement-based materials is the technological backbone in the construction of new and the maintenance of existing structures. The tailored use of rheology-based processes is not only a vital key to the mastery of current technical challenges, such as quality assurance, pumping over extreme lengths and heights, etc., but also in the development of emerging and highly innovative technologies such as 3D concrete printing. Since December 2017, DFG SPP 2005 has established itself successfully as a highly efficient, high-profile, transdisciplinary synergetic platform in the field of innovative and sustainable building materials. This platform enables over 55 committed researchers directly involved in its work to exchange ideas, cooperate, and discover cutting-edge scientific principles necessary in the mastering of technological challenges and in the design of pioneering, rheology-based processing technologies. The major objective of the coordination project in the second funding period is to promote synergetic, transdisciplinary research aiming at well-structured collaboration in the research process and high surplus value of the overall research outcomes generated within the program. The project includes both scientific and administrative portions. The coordinated use of common reference materials, methods and systems is crucial to enable comparative analysis of the research results. Special attention is to be given to novel technologies such as additive manufacturing as well as to special concretes, for example, concretes with low water content, fiber-reinforced concretes, and concretes with recycled aggregates. The choice of raw materials is driven by the urgent need to create a solid rheology-science base for using significantly more sustainable concrete technologies. The superordinate research by a postdoctoral fellow aims at compiling the research outcomes from the individual and joint research projects using innovative data management tools. The postdoc is to assume the indispensable role of conducting and promoting superordinate research and to assure synergetic linkage among the individual research projects. Research data management is a central attribute of SPP 2005. It involves the sustainable organization, storage, preservation, and sharing of collected data following both the principle “as open as possible, as closed as necessary” and good research practice. For this purpose, an advanced data acquisition system is to be introduced.