Study on the Impact Characteristics of Magnetic Elastic Abrasive Particles on Cutting Tools
Magnetic elastic abrasive particles have become a popular material for surface finishing such as polishing and grinding because of their low elasticity which can reduce impact and scratching on the work-piece by producing elastic deformation during machining.Investigating the effect of magnetic elastic abra-sive particles geometry on the impact characteristics of carbide tool materials based on a double-disk mag-netic tool passivation method.Firstly,the simulation software ABAQUS was used to model and simulate the abrasive impact tool.Secondly,the effect of impact velocity and geometry of the abrasive grains on the stress-strain,impact depth and energy transfer during impact is analyzed through simulation.The results in-dicated that under the same conditions,the maximum stress and impact depth caused by conical abrasive particles on the cutting tool were greater than those caused by spherical abrasive particles.Furthermore,as the cone angle of the conical abrasive particles increased,the maximum stress experienced by the cutting tool showed a decreasing trend.
magnetic elastic abrasive particlesgeometric shapestool passivationABAQUS
NETL
NSTL
万方数据
