SFB 926: Microscale Morphology of Component Surfaces (MICOS)

表面对部件的功能和寿命有着决定性的影响。在协作研究中心CRC 926中，来自机械工程、工艺工程和表面物理的科学家研究具有特定功能的组件表面的制造、表征和应用。研究的重点是微观尺度上的表面形态，其中形态由几何形状（形貌）以及表面的微观结构和物理化学性质定义。CRC 926中的研究旨在建立制造工艺、部件表面形态和部件性能之间的关系。这些关系使设计和制造具有所需性能的部件成为可能，这些性能是基于微观尺度上部件表面形态的新特征。CRC 926以矩阵结构组织，项目领域包括：· 建模与仿真· 制造和实验表征· 应用领域· 转移（与工业合作伙伴联合研究）和重点领域： 组件表面的微结构化· 部件表面的颗粒· 元件表面的相变。CRC 926的科学研究旨在为工业制造和组件应用创造创新，其关键在于微观尺度上的表面形态。

The surface has a decisive influence on the functionality and lifetime of components. In the collaborative research center CRC 926, scientists from mechanical engineering, process engineering, and surface physics investigate manufacturing, characterization, and application of component surfaces with specific functionali-ties. The research is focused on the morphology of the surfaces on the microscale, where the morphology is defined by the geometrical shape (topography), and the microstructural and physico-chemical properties of the surface. The research in CRC 926 aims at establishing relations between the manufacturing process, the component surface morphology, and the component’s properties. Such relations enable designing and manufacturing components with desired properties based on new features of the component surface mor-phology on the microscale.CRC 926 is organized in a matrix structure with the project areas:• Modeling and simulation• Manufacturing and experimental characterization• Applications • Transfer (joint research with industrial partners)and the focus areas:• Micro-structuring of component surfaces • Particles at component surfaces• Phase transformations at component surfaces. The scientific research in CRC 926 aims at creating innovation in the industrial manufacturing and application of components for which the key is the morphology of their surface on the microscale.