论文标题
对局部热非平衡局下1D Darcy-Forchheimer流量的分析研究
Analytical investigation of 1D Darcy-Forchheimer flow under local thermal nonequilibrium
论文作者
论文摘要
在蒸腾冷却的背景下，由温度系统和质量摩托系统组成的1D多孔培养基模型源自2D/3D Darcy-Forchheimer方程。假定冷却液和固体的温度在局部非平衡中。该系统经过分析验证以具有独特的解决方案。蒸腾冷却模拟是通过两域方法进行的，将组装的1D多孔介质溶液与热气流求解器的2D溶液耦合。通过将1D多孔培养基模型与温度系统（包括或忽略流体热传导）应用于后一种简化系统合理的结果相比，获得的结果。
In the context of transpiration cooling, a 1D porous medium model consisting of a temperature system and a mass-momentum system is derived from the 2D/3D Darcy-Forchheimer equations. The temperatures of the coolant and the solid are assumed to be in local nonequilibrium. This system is analytically verified to have a unique solution. Transpiration cooling simulations are performed by a two-domain approach, coupling the assembled 1D porous medium solutions with 2D solutions of a hot gas flow solver. A comparison of results obtained by applying the 1D porous medium model with the temperature system either including or neglecting fluid heat conduction justifies the use of the latter simplified system.
