| 1. | The new heat flux method for pure radiative heat transfer in rectangle enclose
新热流法计算矩形空腔内的纯辐射换热 |
| 2. | Comparison of two radiative heat transfer models in three - dimension turbulent gas and coal - particle combustion
三维湍流回流气相和煤粉燃烧辐射传热离散坐标模型和热流模型比较 |
| 3. | The meshless method is very suitable for solving the problem with changing boundaries . in this dissertation , meshless method has been employed to solve the radiative heat transfer problems in participating media
无网格法不依赖于网格,对于求解域连续变化等复杂问题的求解具有很大优势。 |
| 4. | A moving least - square approach is employed to construct the trial function . the mlpg approach for radiative transfer is based on the discrete ordinate equations . particular test cases for radiative heat transfer are examined to check the method
2 .分别采用径向点插值法和移动最小二乘近似构造试函数,建立了两种不同的辐射传递方程求解的最小二乘配点无网格法。 |
| 5. | Numerical characteristic parameters of meshless method have been investigated in solving radiative heat transfer problem . meshless method is also extended to solve the transient radiative transfer equation . the main work includes the following four aspects of investigations
本论文主要研究内容包括以下四个方面: 1 .在辐射传递的离散坐标方程基础上,建立了均匀折射率介质内辐射传递方程求解的局部彼得罗夫伽辽金无网格法。 |
| 6. | We first expand the nonlinear temperature - dependent convective and radiative heat transfer coefficient about the ambient temperature by taylor - series method , and then the crystal temperature and the pull rate as well as the bulk melt temperature are determined by the perturbation techniques in a simply analytical manner
分析之过程为首先将随温度变化之对流系数及辐射系数做泰勒级数展闭，再以摄动理论之技巧，同时求解晶圆棒之温度、拉伸速度及溶解液之温度。 |
