本研究开发了一套定量模型，用于预测车削过程中使用切削液产生车间气溶胶的速率。考虑了流体气溶胶产生的两种主要机制:自旋和飞溅。根据流体运动的描述和雾化原理，用流体性质、流体应用条件和加工工艺参数来表示空气中的颗粒浓度和粒度分布。 进行了一系列实验来校准和验证分析模型。

This study develops a set of quantitative models to predict the generation rate of shop floor aerosol resulting from the use of cutting fluid in the turning process. Two primary mechanisms of fluid aerosol generation are considered: spin-off and splash. Based on the description of fluid motion and the principle of atomization, the airborne particulate concentration and size distribution are expressed in terms of fluid properties, fluid application conditions, and machining process parameters. A series of experiments were performed to calibrate and validate the analytical models.