A Review Study on Thermal Behaviour of Multi Point Cutting Tool in Drilling Machine with Different Parameters

As we know that Drilling is one of the most established machining process that have been extensively applied in manufacturing process. The most essential aspect need to study which simultaneously affects both cutting tool and work piece properties means their performances is the cutting temperature (Tc) which generates between tool bit and chip. The tool tip temperature or cutting tool temperature affects sensitivity of hole, surface roughness and tool wear. In this study review is placed on different experiments and researches encountered before on this topic. And analysis is done on based of different studies or previous researches. The review will help in estimation of tool life and wear of cutting tool. Main focus is on the thermal behavior of multipoint cutting tool tip with the varying cutting speed, feed rate, radius and cutting time also. But review of temperature distribution on angle point tool and oil mist lubrication is also done through previous studies. In this review work it is found that cutting speed; feed rate and radius of tool increases the tool tip temperature but remains constant in cutting time after a slight difference in starting time.