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Hybrid Wall-Slabs for Multi-storey Buildings: Made of Timber with a Directly Applied Mineral Cover Layer

机译:用于多层建筑物的混合墙板:用直接应用的矿物覆盖层制成木材

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A sustainable handling of the worldwide available resources requires an innovative and comprehensive ecological concept especially for multi-storied timber buildings. Therefore, profound investigations were done with the aim to develop an efficient composite system, which combines the distinguished properties of wood with common mineral building material anhydrite. This mineral has a high capacity to accumulate thermal energy and moisture for a balanced indoor climate. Anhydrite layered walls, made of stacks of boards or solid crosswise nailed timber, are developed and investigated for modern residential multi storey buildings. The mineral layers are in direct connection with the timber. The serviceability under vertical and horizontal load was examined. Numerical structural models were developed and verified with the results of measurement by Close-Range Photogrammetry (CRP) experimental tests.
机译:可持续处理全球可用资源需要创新和全面的生态概念,特别是对于多层木材建筑。因此,利用旨在开发一种高效的复合系统,使木材与普通矿物建筑材料AnhyDrite结合了普通矿物建筑材料的杰出特性进行了深刻的调查。该矿物具有很高的能力,以积累均衡室内气候的热能和水分。由堆叠板或固体横向钉木材制成的Anhydite分层壁,为现代住宅多层建筑开发和调查。矿物层与木材直接连接。检查了垂直和水平载荷下的可维修性。通过近距离摄影测量(CRP)实验测试,开发了数值结构模型并验证了测量结果。

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