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Robotic application of foam concrete onto bare wall elements - Analysis, concept and robotic experiments

机译:泡沫混凝土在裸墙元素上的机器人应用-分析,概念和机器人实验

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In the course of frequently altering energy saving regulations, numerous buildings have to be comprehensively refurbished to meet the rising energy-efficiency standards in order to protect the global environment and to save resources. However, available materials as well as adaptable design concepts for additional energy-saving insulation layers are not yet convincing in terms of their long term recyclability or variation of shape. Therefore, we investigate the application of foam concrete onto bare walls of existing buildings to gain a facade finish which is highly insulating, easily recyclable and at the same time promises to be individually designable due to the properties of the raw material mixture. To ensure controllable as well as reproducible application and to react to changing working methods in architecture and construction, the research focuses on the automatized application of foam concrete using a robotic setup.
机译:在经常更改节能法规的过程中,必须对众多建筑物进行全面翻新,以满足不断提高的能源效率标准,以保护全球环境并节省资源。但是,就其长期可循环利用性或形状变化而言,可用的材料以及适用于其他节能隔热层的适应性设计理念尚无说服力。因此,我们研究了将泡沫混凝土应用到现有建筑物的裸墙上以获得高绝缘性,易于回收利用的立面饰面,同时由于原材料混合物的特性,因此有望单独设计。为了确保可控和可重复使用,并对建筑和施工中不断变化的工作方法做出反应,研究重点在于使用机器人装置自动执行泡沫混凝土的应用。

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