CAJ | 학술논문

当前的升温模型通常面向局部建筑废弃物区域，大多基于恒温控制理论进行分析，不同局部区域的升温过程要求一致，而实际的建筑废弃物热污染环境的升温速度具有多变性，导致传统方法具有一定的局限性，提出基于变温控制的建筑废弃物热污染环境升温模型，模型中融入升温速率系数，构建废弃物热污染区域升温数学模型，考虑建筑物废弃物释热率最大值、建筑物废弃物面积、距热污染区域距离以及变温因素，分析建筑废弃物热污染区域的升温过程。实验结果说明，该方法的检测误差小于传统方法，具有较高的可信度。
당전적승온모형통상면향국부건축폐기물구역，대다기우항온공제이론진행분석，불동국부구역적승온과정요구일치，이실제적건축폐기물열오염배경적승온속도구유다변성，도치전통방법구유일정적국한성，제출기우변온공제적건축폐기물열오염배경승온모형，모형중융입승온속솔계수，구건폐기물열오염구역승온수학모형，고필건축물폐기물석열솔최대치、건축물폐기물면적、거열오염구역거리이급변온인소，분석건축폐기물열오염구역적승온과정。실험결과설명，해방법적검측오차소우전통방법，구유교고적가신도。
Current warming model usually geared to the needs of local construction waste area, mostly based on the theory of temperature control is analyzed, the rising process of temperature at different local requirements, while the actual construction of the inconsistent temperature waste heat pollution environment, lead to the traditional method has certain limitations, based on variable temperature control of construction waste heat warming model and control of environmental pollution and into the heating rate coefficient in the model, build a mathematical model of temperature waste heat pollution area considering building waste heat release rate maximum, building waste area, distance from thermal pollution area and the variable temperature factors, analysis of the construction waste heat pollution area heating process. The experiment results show that the method of detection error is less than the traditional method, has high credibility.