Influence of Shearing Amount on Detecting Crack-Shaped Internal Defect by Shearography
p.112
p.112
Out-of-Plane Micro-ESPI System for Measurement of Mechanical Properties of Film Materials
p.116
p.116
Residual Stress Evaluation of Thin Film Using Strip Bending Test
p.121
p.121
Gas Electron Multipliers for Potential Applications to Digital Radiography
p.125
p.125
A Correction of Geometric Error of Nano-Indenter Using Atomic Force Microscope and Finite Element Method
p.129
p.129
Design and Characterization of Capacitive Micromachined Ultrasonic Transducer
p.132
p.132
Novel Test Procedure of Tensile Test for MEMS Materials
p.136
p.136
Structural Health Monitoring Based on Electrical Impedance of a Carbon Nanotube Neuron
p.140
p.140
PZT-Induced Lamb Waves and Pattern Recognition for On-Line Health Monitoring of Jointed Steel Plates
p.146
p.146
A Correction of Geometric Error of Nano-Indenter Using Atomic Force Microscope and Finite Element Method
Abstract:
In this study, we investigated indentation behavior by varying the tip radius in a finite element model. We measured the tip radius and shape of the nano-indenter by SPM (scanning probe microscope) and compared them with the simulation results. The tip radius of cube corner indenter was measured to be 39nm, in agreement with the common tip radius of such indenters, which range from 20~50nm.
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Periodical:
Key Engineering Materials (Volumes 321-323)
Pages:
129-131
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Online since:
October 2006
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© 2006 Trans Tech Publications Ltd. All Rights Reserved
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