At cutting, vibration causes deterioration of surface roughness, and increase of tool wear, so it is necessary to decrease of vibration. Currently, we are taking various measures to reduce vibration, but the anti-vibration tools are expensive. Therefore, damping alloys attract attention because to simply and to effectively reduced vibration. Damping alloys may be possible to reduce the vibration caused by turning by applying to the tool holder. The purpose of this research is to confirm the effect on vibration by sandwiching the tool holder with the damping alloy plate. In addition, it is necessary to study a method of applying the damping alloy in the order to enhance the damping effect. Therefore, it is also a research purpose to confirm the damping effect by surface friction by increasing the contact area between the damping alloy and the tool holder. As a result, it was confirmed that the tool holder to which the damping alloy applied reduced the vibration more than normal tool holder. Furthermore, it was confirmed that the groove tool holder having an increased contact area between the damping alloy and the tool holder reduced vibration as compared with the tool holder sandwiched between the flat plates.
抄録全体を表示