Metallographic Evaluation of Surface Integrity

Antonín Kříž

doi:10.4028/www.scientific.net/KEM.647.173

Paper Titles

Laser Welding of High-Strength CP Steels: Dissimilar Welds
p.141

Heterogeneous Welded Joints (T23-T92; 15CH1M1F-P91)
p.147

Influence of Microstructural Changes in Creep Resistant Steel after Long-Term Creep Tests on the Shape of the Polarization Curves
p.153

Material Degradation of Steam Pipe Elbow after Long-Term Exposure
p.162

Metallographic Evaluation of Surface Integrity
p.173

Application of Stereological Relations for the Characterization of Porous Materials via Microscopic Image Analysis
p.180

Porosity Quatification of Cast Aluminium Alloys on Machined Surfaces Using Metallography and Eddy-Currents
p.188

Metallographic and Acoustic Analyses of Sintered Sliding Layers
p.195

Assessment of the Causes of Indicated Defects in Forgings
p.205

HomeKey Engineering MaterialsKey Engineering Materials Vol. 647Metallographic Evaluation of Surface Integrity

Metallographic Evaluation of Surface Integrity

Abstract:

Today, the study of surface integrity became a growing and multidisciplinary branch of science. Its purpose is to gain such understanding of the surface which can be exploited in real-world applications and in commercial services. The importance of the surface was and continues to be the topic of a number of highly specialized papers. However, the surface has not been yet evaluated in terms of multiple factors in order to obtain a comprehensive picture of its condition and to reveal the interrelationship between the manufacture of the surface and its resulting properties. The paper gives a description of effects of special cutting tools on the structure of the sub-surface region. These structural changes will be explored by means of metallographic observation, hardness measurement and evaluation of residual stresses.

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Periodical:

Key Engineering Materials (Volume 647)

Pages:

173-179

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.647.173

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Online since:

May 2015

Authors:

Antonín Kříž*

Keywords:

C45 Steel, Machined Surface, Surface Integrity, X210Cr12 Steel

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References

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