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首页> 外文会议>EUR 21431; Final Conference of Cost Action C12; 20050120-22; Innsbruck(AT) >Load-deformation and vibration-behaviour of new types of composite slim-floor slabs
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Load-deformation and vibration-behaviour of new types of composite slim-floor slabs

机译：新型复合楼板的荷载变形和振动特性

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In the frame of a Korean-German research project various Slim-Floor systems have been evaluated in respect of bearing resistance- and serviceability demands, cost effectiveness and special Korean requirements. An evaluation of existing slab systems has been performed. On the basis of this results two innovative Slim-Floor slabs have been developed and optimised for Korean high-rise buildings to minimise the construction height of the cross section. These two composite Slim-Floor slabs with optimised cross section have been tested in different ground floor designs to investigate the bearing resistance and serviceability including vibration-behaviour. Particular emphasis is drawn to the dynamic properties and the vibration behaviour due to human activities. All tests are complimented by FE-models including sensibility analyses and parameter studies. Final conclusions are given to transfer of the research results to the design and execution of high-rise buildings.
机译：在一项韩德研究项目的框架内，已对各种超薄地板系统进行了评估，以应对轴承的抗性和可维修性要求，成本效益以及韩国的特殊要求。对现有平板系统进行了评估。基于此结果，开发了两种创新的超薄楼板，并针对韩国高层建筑进行了优化，以最大程度地减小横截面的建筑高度。这两种具有最佳横截面的复合Slim-Floor楼板已在不同的地面设计中进行了测试，以研究轴承的阻力和使用寿命，包括振动性能。特别强调了由于人类活动引起的动态特性和振动行为。所有测试均由有限元模型进行补充，包括敏感性分析和参数研究。最终结论是将研究结果转移到高层建筑的设计和执行中。

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