Most of the mechanical dressing technologies for resin bonded superabrasive grinding wheels are time consumingand costly. Based on the outcomes of the simulations in the previous study, this paper demonstrates the com...Most of the mechanical dressing technologies for resin bonded superabrasive grinding wheels are time consumingand costly. Based on the outcomes of the simulations in the previous study, this paper demonstrates the comprehensive researches on the laser-assisted dressing process control, grinding wheel topography reconfiguration by 3Dlaser scanning technology and analyses of grinding temperature. The synthesized parameter incorporates the laserdressing process parameters and can be used to the process control. In order to evaluate the laser-assisted dressingeffectiveness, the newly developed non-contact laser measuring system based on the principle of the triangulationwas used. Grain protrusion height and intergrain spacing can characterize the grinding wheel surface. A series ofgrinding tests with the laser-assisted dressed grinding wheel and mechanically dressed grinding wheel were conductedfor comparison. The results proved the feasibility of laser-assisted dressing for resin bonded superabrasive grindingwheels and revealed the importance of choosing appropriate laser dressing parameters.展开更多
基金This work was supported by the National Natural Science Foundation of China under grant No.59705014 and No.50275095.
文摘Most of the mechanical dressing technologies for resin bonded superabrasive grinding wheels are time consumingand costly. Based on the outcomes of the simulations in the previous study, this paper demonstrates the comprehensive researches on the laser-assisted dressing process control, grinding wheel topography reconfiguration by 3Dlaser scanning technology and analyses of grinding temperature. The synthesized parameter incorporates the laserdressing process parameters and can be used to the process control. In order to evaluate the laser-assisted dressingeffectiveness, the newly developed non-contact laser measuring system based on the principle of the triangulationwas used. Grain protrusion height and intergrain spacing can characterize the grinding wheel surface. A series ofgrinding tests with the laser-assisted dressed grinding wheel and mechanically dressed grinding wheel were conductedfor comparison. The results proved the feasibility of laser-assisted dressing for resin bonded superabrasive grindingwheels and revealed the importance of choosing appropriate laser dressing parameters.
