Fundamentals of Solid Lubrication

机械性能和摩擦学性能之间的关系 将研究润滑固体。 力学性能 许多固体润滑剂材料将根据 非常高的静水压力，非常高的应变 率和非常大的应变，模拟条件下， 粗糙接触区。 平行摩擦学实验将 进行测量摩擦，薄膜变薄率和磨损 行为 已选择待测材料， 它们的润滑性能和它们在晶体中的差异 结构、织构行为、熔点和堆垛层错 它们包括银、锡、铟、石墨、MoS2和 氟化石墨 磨损膜的详细微观结构研究 也将进行开发微观结构性能， 业绩关系。

The relationship between mechanical and tribological properties of lubricating solids will be studied. The mechanical properties of a number of solid lubricant materials will be determined under conditions of very high hydrostatic pressure, very high strain rates and very large strains, simulating the conditions in an asperity contact region. Parallel tribological experiments will be carried out to measure friction, film thinning rates and wear behavior. The materials to be tested have been selected for their lubricating properties and their differences in crystal structure, texturing behavior, melting point and stacking fault energies; they include silver, tin, indium, graphite, MoS2 and graphite fluoride. Detailed microstructure studies of worn films will also be performed to develop microstructure-property- performance relations.