Electro-Mechanical Coupled Characteristics of Piezostack Actuator under the Combined Loads

Ping Xue

doi:10.4028/www.scientific.net/AMR.744.27

Paper Titles

An Improved Model Reduction Method and its Application in Similar Simulation of Complex Systems
p.8

Simulation and Experiment Research of Working Process of Exhaust Turbocharged and Intercooled Diesel Engine
p.13

The Effects of the Manufacturing Errors of a Group of Sprags on the Engagement Properties of Sprag Clutch
p.18

Optimization Design and Simulation Research of Hydraulic Test Bench
p.23

Electro-Mechanical Coupled Characteristics of Piezostack Actuator under the Combined Loads
p.27

Research on Performance of Stern Shaft Mechanical Seal Based on FLUENT
p.31

Analysis and Research of the Combustion Process of YN4100QB Diesel Engine
p.35

The Simulation of Vibration Mechanism and Dynamics Analysis of Eccentric Shaft of Billet Caster
p.40

Study on Structure and Performance Optimization for Spherical Stern Bearing Based on ANSYS
p.44

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 744Electro-Mechanical Coupled Characteristics of...

Electro-Mechanical Coupled Characteristics of Piezostack Actuator under the Combined Loads

Abstract:

In the present paper, a finite element model is developed to investigate the static analysis of the piezostack with two hundred layers, in which the polarization directions are opposite between two adjacent layers in axial one. The distributions of the stress and voltage are simultaneously taken into account under both the constant electric and mechanical loads. The results show that the maximum Von Mises stress locates in the corner of the structure near the constrained surface, and the maximum electric field strength locates over the end of the internal electrode that has zero potential. In addition the effect of strip electrodes is considered for the above computation, the numerical simulation indicates that its influence is insignificant and can be ignored in practice analysis.