Strip Yield Model Applicability to Crack Growth Predictions for Various Types of Fatigue Loading
p.120
p.120
Comparison of the Experimental Results of the Calculation for Various Models of the Energy Parameter
p.127
p.127
Strain Energy Cumulation at Increased Temperatures
p.133
p.133
True and Nominal Stress during Low Cycle Fatigue Tests of Metals
p.139
p.139
Experimental and Numerical Modeling of the Phenomenon of Delamination Cracking in S235 Steel
p.145
p.145
Determination of Strain and Stress Fields in Laser Welded Joints by Means of the Aramis Video System
p.151
p.151
The Influence of Multiaxial Superimposed Static Mean Stress on High-Cycle Fatigue Life of Cu-ETP Copper
p.157
p.157
Stress Intensity Factor Calculation by Smoothed Finite Element Method
p.163
p.163
Fatigue Life of Welded Joints of High-Strength Structural Steel S960QL
p.169
p.169
Experimental and Numerical Modeling of the Phenomenon of Delamination Cracking in S235 Steel
Abstract:
In the paper was compared the stress state in front of the crack for SEN(B) specimens of S235RJ steel without and with delamination cracks. Stress distribution and characteristics of stress state triaxiality were calculated for both type of specimens. It was showed a reduction in the stress fields and triaxiality parameters in front of the main crack in the presence of delamination cracking.
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Info:
Periodical:
Solid State Phenomena (Volume 250)
Pages:
145-150
Citation:
Online since:
April 2016
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