In this study, the heat transfer paths among the grinding fluid, the grains and the workpiece
are investigated for the creep feed grinding. As heat enters the workpiece, the majority of …

Creep feed grinding is a high-productivity abrasive removal process that is often limited by
thermal damage and high wheel wear. A review of current industrial practices in the area of …

A thermal model focused on the heat transfer to the fluid, workpiece and grain is developed
for creep feed grinding. In this model, the conduction effect in the moving direction of the …

Grinding temperature field analysis is very significant to achieve controlled stress grinding
and controlled grinding of affected layer depth. Heat source profile is an important basis for …

In view of workpiece burnout in grinding of superalloy material, the intermittent grinding
technology and pressurized internal-cooling method are combined and proposed to avoid …

In recent research, hard machining is an essential manufacturing technology to meet the
demand for various industrial product quality and precision. Several key issues like higher …

The application of minimum quantity lubrication (MQL) in grinding has emerged as an
alternative for reducing the abundant flow of cutting fluids, thus achieving cleaner …

Tool wear introduced during grinding nickel-based superalloys was identified as a
significant factor affecting the production quality of aero-engine industries concerning high …

The presence of air boundary layer around a grinding wheel impedes the proper entry of
cutting fluid into grinding zone and thereby lubrication and cooling are hampered. It leads to …