Sliding wear behaviour is a very complex procedure where several parameters, including nature of the two abrading bodies and variables related to the conditions under which the actual experiments were conducted, may influence the final material loss. Disentangling these parameters will improve the understanding and the predictions can be compared with the performance of the existing materials. An attempt was made in the current work to develop a model, considering several material specific variables (e.g. composition, microstructure, hardness, etc.) along with the experimental conditions (load, distance, temperature, etc.). The predictions were quite consistent with existing knowledge. The model was also validated with actual experiments with varying load and distance slid conditions which were never known to the model.

滑动磨损行为是一个非常复杂的过程，其中几个参数，包括两个研磨体的性质和与实际实验条件相关的变量，可能会影响最终的材料损失。解开这些参数将提高理解力，预测结果可以与现有材料的性能进行比较。在当前的工作中尝试开发一个模型，考虑几个材料特定变量（例如成分、微观结构、硬度等）以及实验条件（载荷、距离、温度等）。这些预测与现有知识非常一致。该模型还通过实际实验进行了验证，该实验具有模型从未知道的不同负载和距离滑动条件。