Based on the theoretical analysis for the longitudinal amplitude change bar in the supersonic vibration turning test system, the exponent type amplitude change bar is designed, which can resonate reliably with the energy exchanger.

The method for conventionally designing compound longitudinal vibrating horn is that the undetermined coefficiency are solved and the frequency equation is derived by using continuous boundary conditions with displacement and force at each interface of partial shape function horns.

Unified treatment of ultrasonic horn characteristics based on four-end network approach;

In order to enhance the material removal rate in ultrasonic machining,based on model analysis and harmonic response analysis of ANSYS,the shape and vibration length of the ultrasonic horn was optimized by using optimum design of ANSYS,and a new kind of ultrasonic horn with large amplitude ratio and satisfying promised stress was designed.

Ultrasonic horn is one of the most important parts in the ultrasonic oscillation, its primary effect in the oscillation system is to blow up the particle displacement and velocity in the mechanical vibrancy, centralize the ultrasonic energy on a lesser acreage.

The study of the performance of vibration energy transmission in the ultrasonic amplitude transformer;

Finite element analyses of the ultrasonic amplitude transformer

Key parts including piezoelectric transducer and amplitude transformer with a cylindrical hole in the center,and flexural vibration disk are analyzed and calculated.

Finite element analysis is made to the baroque coniform horn with software ANSYS in this paper.

A review of ultrasonic solid horn design;

The performance of ultrasonic flexural solid horn with simple shape;

The test of transmission losses of high frequency ultrasound in solid horn;