Influence of Microshot Peening on Surface Layer Characteristics of Cold Tool Steel
Shot peening is a surface treatment and improves the performance of engineering components. More recently, a new type of microshot has been developed to enhance peening effect. In the present study, the influence of microshot peening on the surface layer characteristics of cold tool steel was invest...
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| Veröffentlicht in: | Materials science forum 2007-10, Vol.561-565, p.897-900 |
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| creator | Fukaura, Kenzo Aoki, Toshinori Harada, Yasunori Yokoi, Daien Haruna, Yasushi |
| description | Shot peening is a surface treatment and improves the performance of engineering
components. More recently, a new type of microshot has been developed to enhance peening effect.
In the present study, the influence of microshot peening on the surface layer characteristics of cold
tool steel was investigated. In the experiment, the microshot peening apparatus with a heating furnace
was produced experimentally. The projective method of the microshot was a compressed air type.
The peening microshots of 0.1mm diameter were cemented carbide and the workpiece was
commercially cold tool steel SKD11. Surface roughness, compressive residual stress, and hardness in
the peened workpiece were measured. The effect of microshot peening on the fatigue strength of cold
tool steel was also examined. The use of hard microshot such as cemented carbide was found to cause
a significantly enhanced peening effect for cold tool steel. |
| doi_str_mv | 10.4028/www.scientific.net/MSF.561-565.897 |
| format | Article |
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components. More recently, a new type of microshot has been developed to enhance peening effect.
In the present study, the influence of microshot peening on the surface layer characteristics of cold
tool steel was investigated. In the experiment, the microshot peening apparatus with a heating furnace
was produced experimentally. The projective method of the microshot was a compressed air type.
The peening microshots of 0.1mm diameter were cemented carbide and the workpiece was
commercially cold tool steel SKD11. Surface roughness, compressive residual stress, and hardness in
the peened workpiece were measured. The effect of microshot peening on the fatigue strength of cold
tool steel was also examined. The use of hard microshot such as cemented carbide was found to cause
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In the present study, the influence of microshot peening on the surface layer characteristics of cold
tool steel was investigated. In the experiment, the microshot peening apparatus with a heating furnace
was produced experimentally. The projective method of the microshot was a compressed air type.
The peening microshots of 0.1mm diameter were cemented carbide and the workpiece was
commercially cold tool steel SKD11. Surface roughness, compressive residual stress, and hardness in
the peened workpiece were measured. The effect of microshot peening on the fatigue strength of cold
tool steel was also examined. The use of hard microshot such as cemented carbide was found to cause
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components. More recently, a new type of microshot has been developed to enhance peening effect.
In the present study, the influence of microshot peening on the surface layer characteristics of cold
tool steel was investigated. In the experiment, the microshot peening apparatus with a heating furnace
was produced experimentally. The projective method of the microshot was a compressed air type.
The peening microshots of 0.1mm diameter were cemented carbide and the workpiece was
commercially cold tool steel SKD11. Surface roughness, compressive residual stress, and hardness in
the peened workpiece were measured. The effect of microshot peening on the fatigue strength of cold
tool steel was also examined. The use of hard microshot such as cemented carbide was found to cause
a significantly enhanced peening effect for cold tool steel.</abstract><pub>Trans Tech Publications Ltd</pub><doi>10.4028/www.scientific.net/MSF.561-565.897</doi><tpages>4</tpages></addata></record> |
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| title | Influence of Microshot Peening on Surface Layer Characteristics of Cold Tool Steel |
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