Grinding the workpiece and relative movement of magnetic fluid in the process

The applied magnetic field, the magnetic abrasive liquid phase transition occurs rapidly, the Newtonian Bingham fluid into the body, showing the solid-like nature, the formation of a flexible "Wheel" close to the surface of the workpiece, the workpiece and the magnetic grinding fluid a relative movement to achieve the process of finishing the workpiece surface. Papers theoretical analysis,  polycrystalline diamond , numerical calculation method, the magnetic abrasive fluid physical properties and processing  cutting tools  studied, the study's main elements: magnetic abrasive fluid through the composition of theoretical analysis and  Diamond blade , configure the meet the requirements of finishing abrasive magnetic fluid; magnetic abrasive on the physical properties of liquids a theoretical analysis and experimental research. Measured the magnetic grinding fluid density and viscosity; application designed by means of the liquid abrasive magnetic field intensity at various shear stress measurements.