A numerical method, based on single temperature sensor, constant heat flux assumed and arbitrary number future time steps, was employed to determine the heat flux during rapid cooling on high temperature surface with multiply immersed impinging water jets
A numerical method, based on single temperature sensor, constant heat flux assumed and arbitrary number future time steps, was employed to determine the heat flux during rapid cooling on high temperature surface with multiply immersed impinging water jets
摘要基于单点测温、常热流假设，任意未来时间步长的导热反问题算法求解浸没水射流冷却过程的热流密度；采用有限容积法离散方程，附加源项法处理边界条件。