The new approval for the sustainable strengthening of existing structures with carbon reinforced concrete

Maximilian May, Alexander Schumann, Sebastian May
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引用次数: 1

Abstract

The latest global events have shown that climate protection belongs to the biggest current issues of today. In order to initiate the change that is urgently needed, future-oriented processes are required. The excessive use of resources and the associated CO2 emissions in the construction sector have reached levels that are harmful to the environment and will burden the future generations. Furthermore, a worrisome trend has emerged in the construction industry in recent years. Instead of preserving old and existing building structures, demolition and replacement construction is preferred. Environmental aspects or the historical value of monuments and listed buildings play no role, even though these are essential considerations of our time! How can we put an end to the waste of resources and destruction of local building history? With new and innovative materials—such as the high-performance composite material carbon reinforced concrete, especially in the field of renovation and strengthening of existing structures. A new and improved approval enables to strengthen structures more efficiently and therefore, to save material. As a result, buildings are not only protected from demolition, but also remain being used sustainably.

新批准的可持续加强现有结构与碳增强混凝土
最近的全球事件表明,气候保护属于当今最大的当前问题。为了启动迫切需要的变化,需要面向未来的过程。建筑部门过度使用资源和相关的二氧化碳排放已达到对环境有害的水平,并将给子孙后代造成负担。此外,近年来建筑业出现了一种令人担忧的趋势。而不是保存旧的和现有的建筑结构,拆迁和重建是首选。环境因素或纪念碑和受保护建筑的历史价值不起作用,尽管这些是我们这个时代的基本考虑因素!我们怎样才能杜绝资源的浪费和对当地建筑历史的破坏?随着新的和创新的材料-如高性能复合材料碳增强混凝土,特别是在现有结构的改造和加强领域。一种新的和改进的批准可以更有效地加强结构,从而节省材料。因此,建筑物不仅可以免受拆除,而且还可以持续使用。
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