An approach for coupled simulation of building thermal effects and urban climatology
An approach for coupled simulation of building thermal effects and urban climatology
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DOI：
10.1016/j.enbuild.2004.01.019
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发表时间：
2004-08
影响因子：
6.7
通讯作者：
J. Tanimoto;A. Hagishima;Parichart Chimklai
中科院分区：
文献类型：
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作者：
J. Tanimoto;A. Hagishima;Parichart Chimklai
AUSSSM TOOL是基于修正的建筑-城市-土壤-同步模拟模型（revised-AUSSSM）的方法论而开发的计算机软件，它采用图形用户界面（GUI）功能支持用户使用交互式计算机显示器进行参数设置、模拟、可视化和报告数值计算结果，而不是复杂的编程。AUSSSM TOOL的目的是确定定量参数，如空气温度、空调系统的耗热、能量热平衡等，在城市冠层结构中，这些数据能够以具体的方式评估城市热岛效应（UHI），这对城市规划者、建筑师、工程师等在涉及建筑规模的城市气候学领域非常有用。除了进行全面的数值模拟，为了简化复杂的因素之间的比较影响城市热岛，数值实验田口设计的实验理论（DOE）的基础上进行。数值实验的结果被存储在数据库中，并随时准备由任何没有经验的用户根据其指定的条件立即掌握。本文介绍了修正AUSSSM的基本方法、相关软件开发的目标、AUSSSM TOOL的结构和算法，特别是数值模拟结果的显示技术。
The computer software AUSSSM TOOL, originating from the methodology of the revised-architectural-urban-soil-simultaneous simulation model (revised-AUSSSM), was developed by adopting the graphical user interface (GUI) features to support users, who can use the interactive computer display for parameter settings, simulating, visualizing, and reporting the numerical calculation results instead of complicated programming. The purpose of the AUSSSM TOOL is to determine quantitative parameters such as air temperature, exhaustive heat from air conditioning systems, energy heat balance, etc. within the urban canopy structure, which data enables the evaluation of effects of urban heat island (UHI) in concrete terms useful to urban planners, architects, engineers, and so forth in the field of urban climatology involving building scale. In addition to conducting a full numerical simulation, in order to simplify a comparison among complex factors influencing UHI, numerical experiments based on Taguchi design of experiment theory (DOE) were carried out. The results of the numerical experiments were stored in a database and ready to be instantly grasped by any inexperienced user corresponding to their specified conditions. This paper describes the fundamental method of the revised-AUSSSM, the objectives of related software development, and the structures of the AUSSSM TOOL and the techniques comprising its algorithm to present the numerical simulation results in particular.