New Technologies of Construction on Serbian Waters

Tijana Jacovic Maksimovic, A. Krstić-Furundžić
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Abstract

As the general concept of living on water in Serbia has not moved far from raft-type floating structures, the idea about urban development and activation of river courses, changing spatial-physical, economic, technological and modern sociological needs of living has to be changed and incorporated in the tendencies of modern architectural designing. Floating buildings, as architectural structures, are based on the principle of floatability, with flexible installations i.e. the system cannot sink as it can move with the fluctuation of water levels. Development and use of floating structures in large European cities as a new tendency in architecture could be the basis for defining the principle and technologies for construction of floating buildings in architectural designing and mapping of attractive locations for the referent model in Serbia. This research deals with the possibilities of developing the practice of designing floating structures in Serbia in terms of construction technology and energy performances. The objective of this paper is to explain the principles and technologies in construction of floating buildings as the key parameters in architectural designing of such structures on water areas in Serbia. This paper offers a concept of floating buildings on river courses and other water areas that could be applied in Serbia and which would be based on systematisation of data about already constructed floating buildings in Europe.
塞尔维亚水域建设新技术
由于塞尔维亚水上生活的一般概念还没有远离木筏式浮动结构,关于城市发展和河道激活的想法,不断变化的生活空间-物理,经济,技术和现代社会学需求必须改变,并纳入现代建筑设计的趋势。浮动建筑作为一种基于可漂浮性原理的建筑结构,具有灵活的安装方式,即系统不会下沉,因为它可以随着水位的波动而移动。在欧洲大城市开发和使用浮动结构作为建筑的一种新趋势,可以作为确定浮动建筑在建筑设计中的原则和技术的基础,并为塞尔维亚的参考模型绘制有吸引力的地点。本研究涉及塞尔维亚在建筑技术和能源性能方面发展浮动结构设计实践的可能性。本文的目的是解释浮动建筑的建造原则和技术,作为塞尔维亚水域此类结构建筑设计的关键参数。本文提出了一个可以应用于塞尔维亚的河道和其他水域的浮动建筑的概念,该概念将基于欧洲已经建成的浮动建筑数据的系统化。
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