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Research on the Influencing Factors of "Scale Veins" of Single Point Incremental Forming Workpieces Surface
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To furthermore optimize the machining parameters and improve the surface quality of the workpieces
manufactured by single point incremental forming method, the formation mechanism of the sacle veins on the metal
incremental froming workpieces was studied through experiment method. The influence principle of the spindle speed, the
feed speed and the material of tip of tools on the length of scale veins was obtained through analyzing the experimental
results and building the mathematical model among the length of scale veins were feed speed and spindle speed through
measuring the roughness of surfaces and observing the appearance of the forming workpieces. The experimental results
showed that, the spindle speed, the feed speed and the material of tool tips have a significant effect on the scale veins
formation on the surface of forming workpieces. Therefore, an appropriate group of spindle speed and feed speed can
reduce the effect of scale veins on the roughness of single point incremental forming workpieces and furthermore improve
the surface quality of forming workpieces.
Bentham Science Publishers Ltd.
Title: Research on the Influencing Factors of "Scale Veins" of Single Point
Incremental Forming Workpieces Surface
Description:
To furthermore optimize the machining parameters and improve the surface quality of the workpieces
manufactured by single point incremental forming method, the formation mechanism of the sacle veins on the metal
incremental froming workpieces was studied through experiment method.
The influence principle of the spindle speed, the
feed speed and the material of tip of tools on the length of scale veins was obtained through analyzing the experimental
results and building the mathematical model among the length of scale veins were feed speed and spindle speed through
measuring the roughness of surfaces and observing the appearance of the forming workpieces.
The experimental results
showed that, the spindle speed, the feed speed and the material of tool tips have a significant effect on the scale veins
formation on the surface of forming workpieces.
Therefore, an appropriate group of spindle speed and feed speed can
reduce the effect of scale veins on the roughness of single point incremental forming workpieces and furthermore improve
the surface quality of forming workpieces.
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