Design of thrust collar bearings in the high load range

该项目的目的是研究推力锥轴承的新应用领域。由于高负荷范围内的压力推力圆锥轴承尺寸(λ≪10)迄今尚未使用，因此如果避免边缘轴承，将显著提高效率。对于这种扩展应用，必须准确知道极限值和承载能力降低效果，以便能够自信地接近几何图形，并确定勉强承受载荷的最有效几何图形。此外，还将建立快速分析设计的公式，以便工程师能够使用推力锥形轴承技术。这应通过开发一种可自由使用的分析计算方法来实现。

The aim of the project is to research new areas of application for thrust cone bearings. Due to the fact that pressure thrust cone bearing dimensioning in the high load range (λ≪10) has not yet been used to date, there are significant efficiency gains if edge bearing is avoided. For this extended application, limit values and load-carrying capacity reducing effects must be known exactly in order to be able to approach the geometry with confidence and to determine the most efficient geometry that is just barely able to bear load. Furthermore, equations for the fast analytical design are to be established, which allow the accessibility to thrust cone bearings technology for engineers. This shall be done by developing a freely accessible analytical calculation method.