利用Fluent软件建立通用性较佳的蓄热体的数学模型,所得到的模拟数据通过可视化处理可清晰直观地显示出蓄热体与流体传热过程中的温度场及流场的变化,弥补了实验手段的不足。
Make use of Fluent software to establish the good-universality numerical model of heat storage regenerator, and we will get thesimulated data which can, if visualized, clearly display the changes of temperature field and flow field in the process of heat conductionbetween heat storage regenerator and fluid. This can offset the deficiency in experimental methods.