จากการพิจารณาอิทธิพลของความแข็งและโ

Consideration of the influence of the hardness and modulus of elasticity (fig.2 a) and b) have a strong confidence 95%) of the coating tialn found that high temperature (100-300 º c) adversely affect the strength of the coating rather than at room temperature (room temperature), which is consistent with Recent studies [7] and for coating tin.Expected due to the influence of the oxide, which lead to higher hardness because the test does not control External environment is presented in table 1.The same conditions with the actual machining
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After considering the influence of hardness and elastic modulus (Fig.2 a) and b) with 95% confidence) of TiAlN coating found that high temperatures (100-300 ºC) jeopardize the strength of coating over at room temperature. (Room Temperature), which is consistent with past research, [7] and for TiN coating. Is expected due to the influence of the oxide, which annulled due to higher hardness testing control. The external environment is presented in Table 1.Which is the same as the actual turning State
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From the influence of the hard and flexible module Honduras (Fig.2 A) and b) is the belief-Saharan Africa, 95% of non-stick coating TiAlN found that high temperature (100 - 300 oC) adversely affect the strength of non-stick coating more than at room temperature (Room Temperature), which complies with research. [7 and to receive coating TiNIt is expected that result from the influence of oxide painted, hard up because the test is not an external atmosphere control is presented in Table 1.which is the same state of actual machining