Ultrasonic vibration (UV) has been widely applied in metal forming process due to its ability
to improve the material properties. However, the mechanical response of difficult-to-deform …

Ultrasonic vibration (UV) assisted forming is a promising way to manufacture high-
performance metallic components. However, the acoustoplasticity of α-Ti is affected by the …

Ultrasonic vibration-assisted plastic processing technology effectively reduces the forming
force during metal processing and enhances the overall performance and processing quality …

Ultrasonic vibration has been widely studied because of its excellent utility and performance
in the plastic forming of metals. The mechanism and effects of ultrasonic vibration on …

The application of ultrasonic vibration is an effective method to overcome the processing
problems in micro/meso-forming. Previously it was observed that ultrasonic vibration could …

Ultrasonic vibration (UV) has been widely used in microplastic forming with its advantage of
improving the metal plasticity. However, the coupling mechanism of the surface and volume …

Ultrasonic vibration-assisted deformation (UVAD) technology has been widely utilized in the
metallic materials forming and manufacturing process owing to its advantages of effectively …

Since high-frequency vibration is usually used to assist metal processing in improving
processing efficiency and quality. An in-depth understanding of the strengthening …

The phenomenon that the ultrasonic vibration (UV) can reduce the flow stress in the metal
plastic deformation has been shown in many studies, however, the mechanism of the flow …

Thin-walled bent tubes are a significant component utilized in the aerospace, shipbuilding,
and chemical industries, as well as considering that they are employed as fluid and gas …