In the case of shell conduction tha

In the case of shell conduction that is applied on a boundary wall, the original wall is treated as a coupled wall, where the surface that is adjacent to the fluid cells is referred to as the “outer” surface,and the temperature of the surface that is away from the adjacent fluid cells is referred to as the “external temperature (shell)”. The surface that is in the middle of the cells grown for the wall is referred to as the “inner” surface. See Figure 13.4: A Case for Shell Conduction (p. 753). Note that the definition for the inner surface of a shell conduction model differs from the definition used for thin walls without
shell conduction

結果 (中文) 1:

在边界墙应用的壳传导，原墙被视为了耦合的墙，表面上说是毗邻液细胞被称为"外"的表面，表面上说是从相邻的流体单元格的温度称为"外部温度 （壳）"。表面上说是在墙上生长的细胞称为"内在"的表面。请参阅图 13.4 ︰ 一例为壳传导 (p.753) 的。请注意内, 表面的壳传导模型的定义不同从薄墙没有用于定义壳传导

結果 (中文) 3:

在壁面上施加的壳传导，将原来的壁被视为一个耦合壁，其中相邻的流体单元的表面被称为“外”表面，并且被称为“外部温度（壳）的表面的温度的表面上的距离被称为”。在细胞生长的细胞壁的表面被称为“内部”表面。见图13.4：壳导通（P 753）。请注意，壳传导模型的内表面的定义不同于使用薄壁的定义壳传导