Modeling and Simulation of Wetting of Component Surfaces (A01)

部件表面的润湿在部件的许多应用和制造中都很重要。微尺度结构对润湿有很强的影响，可以用来控制润湿。我们开发了模型和方法来研究组件表面的静态和动态润湿以及相关的现象，如吸附现象和分子模拟。在尺度桥方法中，分子模拟与润湿的相场模拟相联系。此外，还对部件表面的润湿和清洗进行了实验研究。

Wetting of component surfaces is important in many applications of components and in their manufacturing. Microscale structures strongly influence wetting and can be used for controlling wetting. We develop models and methods for studies of static and dynamic wetting of component surfaces and related phenomena like adsorption with molecular simulations. In a scale-bridging approach, the molecular simulations are connected to phase field simulations of wetting. Additionally, experimental studies of wetting and cleaning of component surfaces are carried out.