The metals in different states in the roll-casting zone were treated as generalized fluid,and the processes including the metal flowing,solidification and heat transfer were mathematically described uniformly.
将铸轧区内处于不同状态的金属视为广义流体,实现了铸轧区流动凝固传热过程的统一数学描述,建立了铸轧区等效厚度几何模型和有限元模型,提出了热流密度沿铸轧方向线性递减分布的宏观假设,并运用有限元法对计算模型进行了耦合求解,揭示了铸轧区内温度场的分布规律,对合理制定铸轧工艺规程具有重要参考价值。
Twin roll continuous strip casting process has been simulated by using generalized fluid concept based on considerations of fluid fl ow, heat transfer and solidification.
应用广义流体的概念，以双辊连续铸轧工艺中金属流动凝固传热现象为例，将熔池内三种状态（液相、固相和固液两相）金属流动传热过程用统一的控制方程描述。
Verification of theorem of limit analysis of soil mass and generalized flow rule;
土体极限分析定理的证明与广义流动法则
Moreover, proposes a generalized flow cytometer, a system device that can realize living cells in electromagnetic spectrum analysis experiment.
并且提出“广义流式细胞仪”这样一个可实现电磁生物研究中对活体细胞进行电磁波谱分析的仪器系统。