Pub Date : 2024-05-17DOI: 10.11648/j.ijem.20240801.11
M. Gwóźdź-Lasoń, Jakub Grzegorzek
Circular Economy (CE) is receiving increasing attention worldwide and is increasingly seen as a major policy agenda item and a testing challenge, for the construction sector. New construction investment management models in the CE trend is analyzed by new designs building constructions with new output data for constructions with the use of new building materials containing a part of the recycling materials. This research paper aims to determine the enablers of a CE for sustainable development in designing and making upgrade of engineering solutions that include current projects for the protection of our planet from the thermal effect. Construction is a resource-intensive industry where a circular economy (CE) is essential to minimize global impacts and conserve natural resources. Research into the use of retaining walls and the use of recycled materials allows for the continuous development of the field of retaining structures. The article presents a method for optimizing the development area in mountainous areas by leveling the terrain and using a slab-angular retaining wall. The main topic of the article is land leveling, designing a retaining wall and presenting the use of recycled raw materials. The publication presents patterns and methods for designing a reinforced concrete slab-angular structure in accordance with EC7, as well as the possibilities of using recycled materials.
循环经济（CE）在全球范围内受到越来越多的关注，并日益被视为一项重要的政策议程项目，同时也是建筑行业面临的一项严峻考验。本文通过使用含有部分回收材料的新型建筑材料的新型设计建筑结构和新型建筑产出数据，分析了 CE 趋势下的新型建筑投资管理模式。本研究论文旨在确定在设计和升级工程解决方案（包括当前保护地球免受热效应影响的项目）时，促进可持续发展的 CE 的推动因素。建筑业是一个资源密集型行业，循环经济（CE）对减少全球影响和保护自然资源至关重要。对挡土墙的使用和再生材料的使用进行研究，可以促进挡土结构领域的不断发展。文章介绍了一种通过平整地形和使用板状矩形挡土墙来优化山区开发面积的方法。文章的主题是平整土地、设计挡土墙和介绍再生原材料的使用。该出版物介绍了根据 EC7 设计钢筋混凝土板角结构的模式和方法，以及使用再生材料的可能性。
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