评估房屋内横向自然照明的自动方法

Yu. S. Sokolan, V. Shevelya, I. Piegdoń
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引用次数: 0

摘要

问题陈述。在21世纪,一种世界性的趋势是开发专门的软件来解决个别学科领域的具体问题。职业安全与健康领域的专业软件分析表明,缺乏用于评估场所人工照明状况的专业软件。该条款的目的是通过开发专门的软件,根据乌克兰B.2.5-28:2018国家建筑规范,对住宅、公共和工业建筑中受管制区域的采光和可用自然采光的评估进行自动化计算过程。结论。开发的软件产品«横向自然光»在计算光开口面积方面提高了21%的精度,在计算上花费的时间减少了12倍,并且允许您在不了解方法的情况下进行计算。防止错误数据输入的保护的实现减少了人工计算期间可能发生的错误数量,并最大限度地减少了人为因素对计算准确性的影响。设计的软件可用于职业安全和健康领域,以评估工业场所现有自然采光的状态,并用于建筑和建筑行业在工业,公共和住宅建筑场所的采光开口区域概念设计阶段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
AUTOMATED APPROACH TO ASSESSMENT OF THE LATERAL NATURAL ILLUMINATION IN PREMISES
Problem statement. In the XXI century a worldwide tendency to create specialized software to solve specific problems of individual subject areas is developing. Analysis of specialized software in the field of occupational safety and health showed a lack of specialized software for assessing the condition of artificial lighting in premises. The purpose of the article − the automation of the calculation process for the regulated area of light openings and assessment of the available natural lighting in the premises for residential, public and industrial buildings in accordance with the State Building Code of Ukraine B.2.5-28:2018 Natural and artificial lighting by developing specialized software. Conclusions. The developed software product «Lateral natural light» gives 21 % greater accuracy in calculating the area of light openings, 12 times less time spent on the calculations and allows you to make calculations without knowledge of the methodology. Implementation of protection against erroneous data entry provides a reduction in the number of errors that can occur during manual calculations, as well as minimizes the influence of human factor on the accuracy of calculations. Designed software can be used in the field of occupational safety and health to assess the state of the existing natural lighting of industrial premises, and in the architectural and construction industry at the stage of conceptual design of the area of light openings of the premises of industrial, public and residential buildings.
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