Recent work at the University of Applied Sciences in Wiesbaden / Germany has indicated that wood-concrete-composite systems develop a strong position against contemporary designs like reinforced concrete and steel-concrete composite systems. In order to improve the range of applications this research was conducted to analyze the response of continuous wood-concretecomposite systems under hurricane loading conditions with wind speeds up to 250 mph (400 km/h). The wood-concrete-composite building (wcc-building) system is based on individual module components. These prefabricated rib-shaped elements consist of wooden beams inner connected with a concrete slab. Both cross sections are connected through a single row of HBV-shear connectors. The wcc-building system allows for a cost efficient hurricane-proof design. It furthermore provides enormous advantages over contemporary American and European building systems under seismic loads. The study shows structural details of prefabricated wcc-elements as well as a design proposal.
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机译:德国威斯巴登应用科学大学的最新工作表明,木混凝土复合系统在对抗当代设计(如钢筋混凝土和钢混凝土复合系统)方面具有强大的地位。为了提高应用范围,本研究旨在分析风速高达250 mph(400 km / h)的飓风荷载条件下连续木工混凝土复合系统的响应。木材-混凝土-复合建筑(wcc-building)系统基于各个模块组件。这些预制的肋状构件由内部连接有混凝土板的木梁组成。两个横截面都通过单排HBV剪切连接器连接。 wcc建筑系统可实现经济高效的防飓风设计。此外,与地震作用下的当代美国和欧洲建筑系统相比,它还具有巨大的优势。研究显示了预制wcc元件的结构细节以及设计建议。
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