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Special edition: engaging architectural science: meeting the challenges of higher density

机译:特别版:吸引建筑科学:满足密度较高的挑战

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摘要

Architectural science as a discipline has always successfully straddled the breadth and depth of both design and the sciences. In the context of design informed and guided by the sciences, there would be the clear understanding and nuanced consideration of the site, the climate and surrounding environments. For the built environment, architectural science is not limited to the physics of buildings, but it extends to the quantitative and qualitative aspects of its effects on human conditions and behaviours. The science of buildings (building performance, indoor environmental quality, interactions between indoor and outdoor spaces) is inextricably linked to the human world of social science (behavioural basis of design and policy), health science (public health) and business science (energy efficiency, climate change and productivity). Evolving with the times and ever dynamic, the discourse of architectural science has ably adopted smart and digital technologies (Internet-of-Things, virtual reality (VR) and augmented reality (AR)).
机译:建筑科学作为一项学科,始终成功跨越设计和科学的广度和深度。在设计知识和由科学指导的背景下,将有明确的理解和对网站,气候和周边环境的细致意见考虑。对于建筑环境,建筑科学不仅限于建筑物的物理学,而且它延伸到其对人类条件和行为影响的量化和定性方面。建筑科学(建筑绩效,室内环境质量,室内和室外空间之间的相互作用)与人类社会科学世界(设计与政策的行为基础),健康科学(公共卫生)和商业科学(能源效率)有宽敞的联系,气候变化和生产力)。随着时间的发展,曾经动态,建筑科学的话语是采用的智能和数字技术(互联网,虚拟现实(VR)和增强现实(AR))。

著录项

  • 来源
    《Architectural science review》 |2020年第5期|385-386|共2页
  • 作者单位

    School of Property Construction and Project Management Sustainable Building Innovation Laboratory (SBI Lab) RMITUniversity Melbourne Australia;

    School of Property Construction and Project Management Sustainable Building Innovation Laboratory (SBi Lab) RMITUniversity Melbourne Australia;

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  • 正文语种 eng
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