Promising tools for the implementation of combined co vering processing methods
Results of researches of a highly eff ective method of vibroabrasive ultrasonic processing are presented in article. The assessment of speed of cavitational and abrasive destruction in an ultrasonic fi eld is made. The arithmetic average a surface roughness profi le deviation is defi ned. Schemes of an arrangement of ultrasonic converters are provided. The pilot studies of process confi rming adequacy of theoretical dependences are conducted.