CAJ | 학술논문

推导了求解矩形管道内充分发展流体流动和热交换的有限差分方程，编写了相应的计算机程序，借此求得了管道横截面内速度和温度的结点值，然后利用计算机图形显示算法自动生成相应的速度和温度等值线图形．最后，对管道内充分发展热流动的特性进行了讨论．
추도료구해구형관도내충분발전류체류동화열교환적유한차분방정，편사료상응적계산궤정서，차차구득료관도횡절면내속도화온도적결점치，연후이용계산궤도형현시산법자동생성상응적속도화온도등치선도형．최후，대관도내충분발전열류동적특성진행료토론．
The finite difference equations of fully developed fluid flow and heat transfer in a rectangular pipe are established, and the corresponding computer program is compiled to solve the velocity and temperature on grid nodes in pipe cross section. Then the equivalent-temperature lines of velocity and temperature are automatically drawn by graphic display algorithm. Finally, the characteristics of velocity and temperature of heated fluid flow in pipes are discussed.