A Profound Discussion of the Inconsistencies in a Clamped Magnetostrictive Film-Substrate System

Ming Li; Hui Ming Zheng

doi:10.4028/www.scientific.net/AMM.99-100.100

Paper Titles

Architects: From Tool Users to Tool Makers, Exemplified by “Auto-Theater”
p.76

The Seismic Response Analysis of Isolation Structure with Shape Memory Alloy Re-Centring Dampers
p.81

Dike Folk Houses - Vernacular Ecological Architecture of Southeast Henan
p.91

Study on the Method of Making Road-Base-Map of Traffic Accident Scene
p.96

A Profound Discussion of the Inconsistencies in a Clamped Magnetostrictive Film-Substrate System
p.100

Fracture Behaviour of Flexible Polyethylene Foams for Potential Use in Damping Applications
p.106

Numerical Heat Transfer Model of Buried Pipe and Ground Thermal Conductivity Measurement
p.112

Study on the Utilization of FBC Ashes as Cement Admixture
p.116

Research on Grey Evaluation for the Port Security and Risk
p.120

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 99-100A Profound Discussion of the Inconsistencies in a...

A Profound Discussion of the Inconsistencies in a Clamped Magnetostrictive Film-Substrate System

Abstract:

Recently, the inconsistencies are pointed out by previous authors for the problem of finding the strains, stresses and energy densities observed in isotropic elastic magnetostrictive materials that are in the form of thin films deposited on non-magnetic substrates. We discuss the reason of such inconsistencies that the total normal stresses should be the sum of the stresses caused by the external mechanical force and magnetic field. We show that such a situation can be realized in many of the current models used to make predictions for magnetostrictive structures and the inconsistencies can be explained.