EXPLORATION OF AVAILABLE OFFSITE CONSTRUCTION METHODS IN INDIAN CITIES FOR COST AND TIME SAVINGS IN HOUSING CONSTRUCTION

Kranti Kumar Myneni, Varsha Undaru
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Abstract

Observing the current rate of growth of Indian cities and their future predictions, there is a huge demand for urban housing. India aims to achieve adequate safe and affordable housing for all by 2030 and the current shortage of dwelling units is at 20 million and rising. Achieving such huge demands in a short time using traditional construction methods have a lot of drawbacks like rise in pollution, construction waste, worker safety etc., which in turn cause hikes in cost and time of completion of a project. Offsite techniques can help mitigate or avoid a lot of these ill effects by transferring all impeding activities to a controlled environment. Here we identify the suitable and most convenient approach of construction that can be followed by comparing offsite construction with traditional construction and composite construction. Then evaluate the identified offsite building techniques available to us and, based on Cost and Time parameters to identify a most feasible solution, by tabulating the time and costs incurred. This is done by AHP analysis on basis of technical, manufacturer specifications, on- site performance and literature. Finally we can deduce the most suitable offsite technique for mass housing construction for low to medium rise construction and come to a conclusion that choosing GFRG we would reduce overall cost and time of construction on site for housing and it could help to achieve speedy and cost effective construction solution to best suit the growing needs of the urban settlements.
探索印度城市可用的非现场施工方法,以节省房屋建设的成本和时间
观察印度城市目前的增长速度及其未来的预测,对城市住房的需求巨大。印度的目标是到2030年为所有人提供足够安全和负担得起的住房,而目前的住房短缺数量为2000万,而且还在上升。使用传统的施工方法在短时间内实现如此巨大的需求有很多缺点,如污染增加,建筑垃圾,工人安全等,这反过来又导致成本和完工时间的增加。非现场技术可以通过将所有阻碍活动转移到受控环境中来帮助减轻或避免许多这些不良影响。在此,我们通过对非现场施工与传统施工和复合施工的比较,确定了适合和最方便的施工方法。然后评估我们可用的已确定的场外构建技术,并根据成本和时间参数,通过将所产生的时间和成本制成表格,确定最可行的解决方案。这是在技术、制造商规格、现场性能和文献的基础上通过AHP分析完成的。最后,我们可以推断出最适合中低层建筑大规模住宅施工的场外技术,并得出结论,选择GFRG可以减少房屋现场施工的总体成本和时间,并且可以帮助实现快速和经济有效的施工解决方案,以最好地满足日益增长的城市住区需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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