Effect of Pile-Up on the Mechanical Characteristics of Steel by Depth Sensing Indentation
p.81
p.81
In Situ Detection of Surface Micro-Cracking in Ultrafine-Grained AZ31 Magnesium Alloy by Resonant Ultrasound Spectroscopy
p.87
p.87
Effect of Grit-Blasting on Residual Stress Field
p.91
p.91
Non-Destructive Identification of Defects in Power Support Structure Foundations by Means of Acoustic Techniques
p.95
p.95
Verification of the Trend of MPL Variation in Fatigue by Modern Methods
p.99
p.99
Two-Dimensional Isotropic Damage Elastoplastic Model for Quasi-Brittle Material
p.103
p.103
Nanoindentation and AFM Studies on Tungsten Carbide Crystals in WC-Co Hardmetal
p.107
p.107
Determination of Material Acoustic Features Using Small Samples
p.111
p.111
Nanoindentation Derived Mechanical Properties of the Corneoscleral Rim of the Human Eye
p.117
p.117
Verification of the Trend of MPL Variation in Fatigue by Modern Methods
Abstract:
The paper presents experimental results concerning the variation of microplastic limit (MPL) during fatigue as determined by the measurement of changes in inductance L of specimens made from normalized low-C steel CSN 411375. Some indications have been obtained that MPL varies during fatigue with dislocation density. This was proved by nanoindentation, X-ray diffraction and transmision electron microscopy.
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Info:
Periodical:
Key Engineering Materials (Volume 606)
Pages:
99-102
Citation:
Online since:
March 2014
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