计算移动微能源厂加热气溶胶运动的程序复合体

A. Chistyakov, E. Protsenko, A. Atayan
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引用次数: 0

摘要

这项工作考虑了一个软件包,该软件包考虑了以下物理过程:污染物和热量的传输;湍流交换系数变化;水从液态到气态的转变;沉淀:物质的沉淀;由于气溶胶的凝结和蒸发而引起的温度变化;多组分空气的湍流混合;液态和气态之间的热传递;分布的物质和温度源的存在;阿基米德的力量;界面处切向应力;密度可变,取决于:污染物浓度、温度、压力;介质的可压缩性由于:温度的变化,液体的蒸发和冷凝,压力的变化,源的存在。提出了通过使用在大Peclet网格数下运行的方案来扩大该软件包的适用性,并应用改进的软件包来计算移动微能综合体的排放分布。这项工作考虑了一个软件包,该软件包考虑了以下物理过程:污染物和热量的传输;湍流交换系数变化;水从液态到气态的转变;沉淀:物质的沉淀;由于气溶胶的凝结和蒸发而引起的温度变化;多组分空气的湍流混合;液态和气态之间的热传递;分布的物质和温度源的存在;阿基米德的力量;界面处切向应力;密度可变,取决于:污染物浓度、温度、压力;介质的可压缩性由于:温度的变化,液体的蒸发和冷凝,压力的变化,源的存在。提出了通过使用在大Peclet网格数下运行的方案来扩大该软件包的适用性,并应用改进的软件包来计算移动微能综合体的排放分布。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Complex of programs for calculating the movement of heated aerosols from mobile microenergy plant
The work considered a software package that takes into account such physical processes as: transport of pollutants and heat; change in turbulent exchange coefficient; the transition of water from liquid to gaseous state; precipitation of a substance; temperature change due to condensation and evaporation of aerosols; turbulent mixing of multicomponent air; heat transfer between liquid and gaseous states; the presence of distributed sources of matter and temperature; the power of Archimedes; tangential stress at the interfaces; variable density, depending on: concentration of pollutants, temperature, pressure; compressibility of the medium due to: changes in temperature, evaporation and condensation of the liquid, changes in pressure, the presence of sources. It is proposed to expand the applicability of this software package through the use of schemes operating at large Peclet grid numbers and apply an improved software package to calculate the distribution of emissions from mobile microenergy complex.The work considered a software package that takes into account such physical processes as: transport of pollutants and heat; change in turbulent exchange coefficient; the transition of water from liquid to gaseous state; precipitation of a substance; temperature change due to condensation and evaporation of aerosols; turbulent mixing of multicomponent air; heat transfer between liquid and gaseous states; the presence of distributed sources of matter and temperature; the power of Archimedes; tangential stress at the interfaces; variable density, depending on: concentration of pollutants, temperature, pressure; compressibility of the medium due to: changes in temperature, evaporation and condensation of the liquid, changes in pressure, the presence of sources. It is proposed to expand the applicability of this software package through the use of schemes operating at large Peclet grid numbers and apply an improved software package to calculate the distribution of emissions from mobile microenergy complex.
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