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首页> 外文期刊>International Journal of Civil, Structural, Environmental and Infrastructure Engineering Research and Development >COMPARATIVE STUDY OF EPS SYSTEM ON CONVENTIONAL METHOD OF CONSTRUCTION WITH REFERENCE TO TIME, LABOUR & COST FACTORS
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COMPARATIVE STUDY OF EPS SYSTEM ON CONVENTIONAL METHOD OF CONSTRUCTION WITH REFERENCE TO TIME, LABOUR & COST FACTORS

机译:参照时间,劳动和成本因素的常规施工EPS系统的比较研究

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摘要

Due to rapid growth of urbanization & migration of the people, the demand for housing sector especially for Economical Weaker Section (EWS), Mid Income Group (MIG) &Low Income Group (LIG) segment of population is growing faster. Recently, traditional material is been used in construction industries and the need is been fulfilled In recent days the environmental related issue are been faced largely, hence there is need of the alternate material which will be strong, durable, energy saving, cost effective, time saving & much more sustainable form of material which can be used along with the traditional material used for construction. To overcome with such problem many advanced construction material & technology is been developed around the world. One such advanced construction material is called as Expanded Poly-Styrene (EPS). This paper focus on EPS, when this system is compared to the conventional method of construction i.e. construction using traditional material like brick as infill material in an RCC structure, it is found to be economical i.e. in terms of material, time & labour Also there is huge time difference when we replaced brick with EPS panel This type of an advanced material can be thought of viable substitute to achieve a goal of sustainable construction & to promote a green technology.
机译:由于城市化和人口迁移的快速增长,对住房部门的需求,尤其是经济弱势部门(EWS),中等收入群体(MIG)和低收入群体(LIG)的人口需求增长更快。近年来,在建筑行业中使用了传统材料并满足了需求。近来,与环境相关的问题日益受到关注,因此需要一种坚固,耐用,节能,成本效益,时间短的替代材料。节省和可持续发展的材料形式,可以与用于建筑的传统材料一起使用。为了克服这种问题,世界范围内开发了许多先进的建筑材料和技术。一种这样的高级建筑材料被称为膨胀聚苯乙烯(EPS)。本文将重点放在EPS上,当将该系统与传统的施工方法进行比较时,即在RCC结构中使用砖等传统材料作为填充材料进行施工时,发现它是经济的,即在材料,时间和人工方面。当我们用EPS面板替换砖块时存在巨大的时差这种类型的先进材料可以被视为可行的替代品,以实现可持续建筑的目标并推广绿色技术。

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