减少建筑垃圾的工业和适应性组件

N. Sadafi, M. Zain, M. Jamil
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引用次数: 2

摘要

环境可持续性的主要问题之一是减少宝贵材料和自然资源的消耗。要做到这一点,建筑废物管理需要在建筑构件设计和制备的早期阶段加以考虑。工业、灵活和可拆卸建筑系统(IFD)正试图创造更具适应性的建筑,同时更有效地管理其寿命终结,并专注于结构和材料的长期性能。它将通过减少材料和能源消耗以及环境污染来协助可持续发展的主要概念。本研究的重点是住宅排屋布局的IFD系统的开发。提出一个评估概念原型的程序是关键问题。该程序包括根据IFD标准和结构特征进行评估。采用ETABS软件对结构的稳定性和承载能力进行分析。评估证明了设计布局的灵活性和强度。本研究结果对关注环境可持续性的建筑行业也有启示意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Industrial and adaptable components for building waste reduction
One of the main concerns of environmental sustainability is to reduce the depletion of valuable materials and natural resources. To do so, construction waste management needs to be considered in the early stages of building components design and preparation. Industrial, Flexible and Demountable building system (IFD) is attempting to create more adaptable buildings while managing its end-of-life more efficiently and focusing on the long term performance of structure and materials. It will assist the main concept of sustainability by reducing material and energy consumption as well as environmental pollution. This research focuses on the development of IFD system for residential terrace house layout. Proposing a procedure to evaluate the conceptual prototype is the key concern. The procedure contains assessment according to IFD criteria and structural characteristics. ETABS software was applied for analyzing the stability and load bearing capacity of the structure. The assessments have testified to the flexibility and strength of the designed layout. Findings from this study have implications for construction industry who concern environmental sustainability as well.
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