【24h】

Rat Trap Bond: A state of review

机译:大鼠陷阱债券:审查状况

获取原文

摘要

Construction industry started to incorporate the idea of energy efficiency in infrastructure and design a few decades ago. This review paper specifically deals with one of such energy efficient masonry technique called Rat-trap bond. For this purpose, body of knowledge is explored high and low and only those articles are selected that deal particularly with Rat-trap bond. The thorough study of this selected literature shows that the bond is not only energy proficient but also cost saving. With the ability to reduce cooling and thermal load, the bond is structurally stable as well. The compressive strength test of rat-trap bond with C.M. 1:5 is 49% (0.87 MPa) stronger than C.M 1:4 (1.30 MPa) with and without roof slab respectively. The review is an attempt to suggest future recommendations by finding the research gap in this field of knowledge. It has been found that although the bond has a promising ability to be practically adopted yet it has not enjoyed the eminence it deserves. Only a limited number of case studies are present for realization of this technique. It is recommended that this masonry technique, owing to its less construction cost and excellent energy efficiency, can be primarily utilized by low income groups and in residential constructions.
机译:几十年前,建筑业开始融入了基础设施和设计中的能源效率。本综述论文具体涉及称为RAT-TRAP键的这种节能砌体技术之一。为此目的,知识体系探讨了高低,只有这些物品尤其涉及大鼠捕获键。对该所选文献的彻底研究表明,债券不仅能够精通,而且节省成本。随着减少冷却和热负荷的能力,粘合也是在结构上稳定的。大鼠捕集键与下午粘接的抗压强度试验1:5分别比下午49%(0.87MPa)强于下午49%(0.87MPa),分别具有屋顶板的下午49%(1.30MPa)。审查是通过在这一知识领域寻找研究差距来试图建议未来的建议。已经发现,虽然债券具有实际采用的有希望的能力,但它还没有享受应得的卓越。仅存在有限数量的案例研究来实现这种技术。由于其较低的施工成本和优异的能效,因此,这种砌体技术可以主要用于低收入群体和住宅结构。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号