"云计算下的气液降膜流动传热传质研究：模拟与实验结合的多尺度建模与预测"

The study on cloud computing in the research paper "Cloud Computing - Research on Computational Transfer in Gas-Liquid Falling Film Flow.pdf" focuses on the theoretical simulation and experiments of the falling film heat and mass transfer process. The analysis covers topics such as evaporation, condensation, and the impact of plate structures on liquid film flow in chapters 2-4. In chapters 5-7, a pioneering liquid distribution model is developed, and multi-scale theory is employed to forecast liquid distribution in a packed column. The behavior of gas-liquid two-phase flow and the heat and mass transfer properties are also investigated. Through a combination of theoretical analysis and practical experimentation, the study provides valuable insights into the complex dynamics of gas-liquid falling film flow and offers important implications for the design and optimization of industrial processes.