首页> 外文会议>Asia-Pacific Symposium on Engineering Plasticity and Its Applications;AEPA; 20060925-29;20060925-29; Nagoya(JP);Nagoya(JP) >Evaluation of Adhesive Properties of Arc PVD Coatings on Non-nitrided and Nitrided Various Substrates
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Evaluation of Adhesive Properties of Arc PVD Coatings on Non-nitrided and Nitrided Various Substrates

机译:电弧PVD涂层在未氮化和氮化的各种基材上的粘合性能评估

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This paper was designed to assess the adhesive properties of hard coatings made by physical vapor depositions on various substrates (AISI D2, AISI H-13 and M2) with and without an intermediate nitrided layer. An estimation of adhesion was carried out using the scratch test, where adhesion is measured by the critical load (L_c). This value was determined as the normal force affecting the indenter and causing the coating detachment as well as the acoustic emission signal containing the information on the extent of coating damage. The scratch track after the scratch test was also examined with an optical microscope to observe the failure modes of each coating. Hard coatings TiN, CrN and TiAlN were chosen for this study. Results of the test showed that harder substrates and coatings give higher values of critical loads.
机译:本文旨在评估通过物理气相沉积在带有和不带有中间氮化层的各种基材(AISI D2,AISI H-13和M2)上制成的硬涂层的粘合性能。使用划痕试验进行粘附力的评估,其中通过临界载荷(L_c)测量粘附力。将该值确定为影响压头并引起涂层分离的法向力以及包含有关涂层损坏程度信息的声发射信号。划痕试验后的划痕轨迹也用光学显微镜检查,以观察每个涂层的破坏模式。本研究选择了硬涂层TiN,CrN和TiAlN。测试结果表明,较硬的基材和涂层可提供更高的临界载荷值。

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