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simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress

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Page 1: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress
Page 2: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress
Page 3: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress

Effect of cobalt content on the hot hardness ot T1 high-speed steel, initial hardness of 66 HRC at different testing temperatures

Page 4: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress

Mechanical and tribological behaviour of tungstencarbide reinforced aluminum LM4 matrixcomposites

The stir casting method is more economical for the fabri-cation of MMC.

Page 5: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress
Page 6: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress

Effect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress and Surface Roughness

The workpiece material was 0.45% C steel. The high speed rotating tool moved in the axial direction‐ of the workpiece rotating at a low speed.

Page 7: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress
Page 8: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress

Effect of Heat Treatment & Rolling Direction on Charpy V-Notch Impact Test of 9% Nickel Steel

Page 9: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress

Correlations of Ni Contents, Formation of Reversed Austenite and Toughness for Ni-Containing Cryogenic Steels

Page 10: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress

Impact Characterization of Line Pipe Steels by Means of Standard, Sub-Size and Miniaturized Charpy Specimens

Page 11: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress
Page 12: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress
Page 13: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress

TMCP (hermo-mechanical controlled processing -TMCP) steel plates offer a significantly higher toughness level than normalised steels

Page 14: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress
Page 15: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress

Figure 13: Effect of moisture in air and of dissolved oxygen in 3 % NaCl on fatigue life of 4140 steel having a Rockwell hardness (Rc) of 20 at 25 deg. C. Arrows mean no failure

Page 16: simgeirizalp.cbu.edu.trsimgeirizalp.cbu.edu.tr/mlzblmB/test.docx · Web viewEffect of Tip Shape of Frictional Stir Burnishing Tool on Processed Layer’s Hardness, Residual Stress

Fatigue Performance of Medical Ti6Al4V Alloy after Mechanical Surface Treatments