花键用10CrNi2Mo3Cu2V钢磨削力和温度试验OA

As a core component of power transmission,the spline plays an irreplaceable key role in modern mechanical equipment.10CrNi2Mo3Cu2V steel,with its excellent high strength,high toughness,and wear resistance,has become an important material for the manufacture of high-performance splines.The grinding quality directly affects the service performance,reliability,and lifespan of the spline.Studying the variation laws of grinding force and grinding tempera-ture during the grinding process is of great significance for achieving process optimization,quality control,and efficiency improvement.This paper systematically studies the effects of process parameters such as grinding wheel type,workpiece speed,grinding depth,and grinding wheel speed on the grinding force of 10CrNi2Mo3Cu2V steel.Furthermore,based on the grinding force experiments,the influence of these parameters on grinding temperature is analyzed.The research results not only provide reference value for the study of spline grinding mechanism but also offer theoretical basis and practical guidance for the engineering application of this material in precision manufacturing.