Discrete Velocity Models for the Numerical Simulation of Gas Mixtures in the Transition Regime from Rarefied Gas Dynamics to Fluid Mechanics

该项目设计了用于稀薄气体理论和流体动力学过渡区域内气体流动的数值模拟的离散速度模型。基于先前项目的结果，重点在于对真实气体效应的模拟，特别是对混合气体的模拟。另一个重点是研究代数性质，特别是三维模型的代数性质。我们将在并行化体系结构上推导和实现高效的数值格式(CUDA)。

The project concerns the design of discrete velocity models for the numerical simulation of gas flows in the transition region between rarefied gas theory and fluid dynamics.Based on the results of a previous project, the focus lies on the simulation of real gas effects, in particular gas mixtures. Another focus is the investigation of algebraic properties, particularly of three-dimensional models.We will derive and implement efficient numerical schemes on parallelized architectures (CUDA).