Transient Wear Analysis Model for Cylindrical Gear Conjunctions

提出的研究旨在开发一种新的瞬态磨损分析工具，特别侧重于圆柱齿轮副。该模型将为这种类型的齿轮副的常用材料开发。所开发的方法将能够在设计过程中估计磨损，以保持最终产品所需的耐用性水平。该工具将能够与摩擦动力学工具集成，以提供NVH改进和效率的估计。开发的模型和知识将具有通用形式，能够在具有类似基础物理学的其他研究领域中实施。它们包括轴承、活塞环组、气门机构、人工接头和密封件。

The proposed research aims to develop a novel transient wear analysis tool with particular focus on cylindrical gear pairs. The model will be developed for commonly used materials for this type of gear pairs. The developed methodology will enable the estimation of wear at the design process to maintain a desired level of durability in the final product. The tool will be capable of integration with tribo-dynamic tools to deliver an estimation of NVH refinement and efficiency. The developed model and knowledge will have a generic form, being able to be implemented in other fields of study with similar underlying physics. They include bearings, piston-ring pack, valvetrain, artificial joints and seals.