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The Application of Extensional Theory and Matter-element Model in Indoor Environment Assessment

机译:可拓理论和物元模型在室内环境评价中的应用

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Indoor environment is the main concerns of the occupants of a building. A good working environment will help to provide the user with a good sense of well-being, inspiration and comfort. Therefore, accurate mathematic model of indoor environment analysis is important for predicting, evaluating the degree of indoor environment. In order to make an accurate and objective assessment for indoor environment, a new evaluation index system by analyzing factors of indoor environment (thermal environment, light environment, sound environment and air quality) has been set up in this paper. Meantime, the evaluation matter-element model of indoor environment by introducing extensional theory and develops extensional evaluation method with relative functions has been established. The evaluation result was validated by the results of subjective feeling experiment and grey theory method. The analyzing result can provide references for improving indoor environment.
机译:室内环境是建筑物居住者的主要关注点。良好的工作环境将有助于为用户提供良好的幸福感,灵感和舒适感。因此,准确的室内环境分析数学模型对于预测,评价室内环境的程度具有重要意义。为了对室内环境进行准确客观的评价,建立了一种通过分析室内环境因素(热环境,光照环境,声环境和空气质量)的评价指标体系。同时,通过引入可拓理论,建立了具有相关功能的可拓评价方法,建立了室内环境评价的物元模型。主观感觉实验结果和灰色理论方法验证了评价结果。分析结果可为改善室内环境提供参考。

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