Detection of deformation zones when machining nickel alloys

摘要: Processes in cutting zone are so complicated and dynamic, that their definition is performed by specific created models. Innovative measurement methods of the process can be used to improve verify accuracy these With methods, there many sources error when using empirical or exact such as infrared radiation thermography measure temperature distribution tool, workpiece, chip during metal cutting. Furthermore, presents unique challenges due factors high magnification required, surface speeds deformations, microblackbody effects, changing emissivity, primary, secondary tertiary deformations. To better understanding phenomena deformation zones detection them necessary know greatest number measurable factors, which affect process. In experiments, were measuring its distribution, ratios forces monitoring processes high-speed optical scanning system. These measurements multifunctional system allow monitor all required simultaneously. The outputs from this multimeasuring basis for verification theoretical knowledge field elimination uncertainties arise with computational simulation systems.