首页> 外文期刊>A+BE : Architecture and the Built Environment >Research overview of cooling in office buildings
【24h】

Research overview of cooling in office buildings

机译:办公楼冷却研究概况

获取原文
           

摘要

This chapter serves as a general introduction to the topics explored throughout the dissertation, presenting a panorama of the available knowledge on fa?ade related cooling strategies in office buildings. This was carried out by categorising and discussing reported research experiences from the past 25 years in order to identify knowledge gaps and define current paths and trends for further exploration. Peer reviewed journal articles were selected as the source for the study, given the reliability of the information published under peer-review processes. Several queries were carried out throughout online journal article databases, considering published papers from 1990 onwards. The resulting article database was then explored through descriptive analysis and in-depth review of some articles to expand on specific topics in order to thoroughly visualise scientific interest and tendencies within the field of study for the last 25 years.Results show the high current relevance of cooling research, having experienced an increase of publications under different climate contexts and varied topics ranging from passive to solar cooling, which is seen as a research field on its own. Also, in terms of research methods, software simulations seem to be the primary tool for cooling research, which makes sense for performance driven developments. On the other hand, the main knowledge gaps identified are the need for specific research regarding possibilities for application and architectural integration of cooling systems; the lack of articles addressing some specific cooling strategies, such as the use of evaporative and ground cooling; and the need for more information about the operation of cooling systems, especially taking users’ perception and their behaviour into account.
机译:本章担任本文探讨的主题概述,展示了关于FA的可用知识的全景,在办公楼中的相关冷却策略。这是通过对过去25年来分类和讨论报告的研究经验来进行,以确定知识差距并定义进一步探索的当前途径和趋势。考虑到在同行审查流程下发布的信息的可靠性,对等审查期刊文章被选为研究来源。在整个在线期刊文章数据库中进行了几个查询,考虑到1990年开始发布的论文。然后通过对某些文章的描述性分析和深入审查来探讨由此产生的文章数据库,以扩展特定主题,以便在过去25年内彻底地可视化科学领域内的科学兴趣和趋势。结果表明了高电流相关性冷却研究,经历了不同气候环境下的出版物的增加,以及不同的主题从被动到太阳能冷却,这被视为自己的研究领域。此外,在研究方法方面,软件仿真似乎是冷却研究的主要工具,这对性能驱动的发展有意义。另一方面,确定的主要知识差距是需要具体研究,了解冷却系统的应用和架构集成的可能性;缺乏涉及一些特定的冷却策略的文章,例如使用蒸发和地冷却;需要有关冷却系统操作的更多信息,特别是考虑用户的感知和其行为。

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