In order to reduce the assembly friction of axle hole parts and improve the assembly positioning accuracy,the gas flow mathematical model of the air floating tool was studied,and the effects of different orifice diameters and gas film thickness on the work-ing stability,bearing capacity and static gas mass flow of the air floating tool were analyzed by simulation.According to the research con-clusion,an air floating tool was designed,and the experiment proved that the air floating tool can effectively improve the assembly posi-tioning accuracy of shaft hole parts.The results show that when the orifice diameter is 0.5 mm and the gas film thickness is 20 μm,the air floating tool has good bearing capacity and working stability.
关键词
气浮工装/精密装配/流体仿真
Key words
air float tooling/precision assembly/simulation of fluid
维普
万方数据