本文研究了机械刚度对研磨氮化硅陶瓷残余强度的影响。本文提出了一个根据机器刚度和其他参数预测研磨陶瓷残余强度的分析模型，以及在研磨氮化硅上的实验结果，以验证该模型。在磨削实验中，在精密磨床上使用顺应式工件夹持器，以在不改变其他参数的情况下获得5到40 N/（m）的机器回路刚度。该工件夹持器使磨床能够模拟许多不同刚度的机器。 实验中使用了两种粒度的金刚石砂轮。为了进一步提高机器刚度的效果，采用ELID对CIFB金刚石砂轮进行修整。结果表明，基于分析模型得到的结果与实验结果一致。

The effect of machine stiffness on the residual strength of ground silicon nitride ceramics is investigated in this study. This paper presents an analytical model to predict the residual strength of ground ceramics in terms of machine stiffness and other parameters, as well as experimental results on ground silicon nitride to verify the model. In the grinding experiments, a compliant workholder is used on a precision grinding machine to obtain a machine loop stiffness ranging from 5 to 40 N/(m without changing other parameters. The workholder enables the grinding machine to emulate many machines of various stiffness. Diamond wheels of two grit sizes are used in the experiments. To further enhance the effect of machine stiffness, ELID is adopted to dress a CIFB diamond wheel. It turns out that the results obtained based on the analytical model are consistent with the experimental results.