Abstract
The article describes the grinding of flat surfaces combined with changes in the properties of the surface layer, in particular through its hardening. Issues related to the grindhardening technology are discussed. In addition, tests have been presented in which improved grinding properties of the workpiece through plastic deformation have been obtained after the grinding process.
Highlights
Increasing technological requirements and increasingly complex shapes of objects - such as gears [1] or turbine blades [2] - necessitate the use of special machines and tools, as well as precise selection of grinding or milling parameters [3]
it can be concluded that carrying out the grinding process with the appropriate parameters allows for shaping the properties of the surface layer
that are characterized by high hardness
Summary
The article describes the grinding of flat surfaces combined with changes in the properties of the surface layer, in particular through its hardening. Issues related to the grind-hardening technology are discussed. Tests have been presented in which improved grinding properties of the workpiece through plastic deformation have been obtained after the grinding process.
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