Vibration assisted plastic forming

which can help to reduce the forming load

improve the formability of metallic materials and refine the surface quality of formed parts compared with traditional processes

is an advanced process with broad application prospects and has made great progress in recent years. Vibration assisted plastic forming effects and related mechanism are introduced

constitutive modeling and numerical simulation of vibration assisted forming are summarized. In addition

vibration assisted plastic forming processes as well as the apparatus of ultrasonic vibration and low-frequency vibration are reviewed. Finally

the problems and development trends in vibration assisted plastic forming mechanism and application are discussed.