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Numerical inverse problem analysis and experimental measurement
were provided to deal with the tool-work interface temperature
inend-milled machining of AA1100 aluminum alloy in this article.
By the way we can realize that the different cutting depth and
feed rate make influence of surface temperature and surface heat
flux during the end-milled process. Further more, we can
determinedifferent cutting depth and feed rate to control the
quality of the work surface. In this paper ,the temperature
measurement wasaccomplished by thermocouple and used the
analyzing recorder to take down the temperature distribution of
fixed depth from end-milledsurface. Then calculated the surface
temperature and surface heat flux with inverse analysis through
the experimental data.
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