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 …

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 …

In this study, a heat transfer model based on numerical analysis of creep feed grinding is
proposed. This model is verified to predict the workpiece surface temperature and to find the …

One of the major problems encountered in industrial experience of creep-feed grinding is
thermal damage to the workpiece and grinding wheel. Thus, the application of cutting fluids …

This paper concerns the thermal aspects of creep feed grinding, as contrasted to
conventional grinding. The importance of adequate cooling in creep feed grinding is well …

Heat generated during grinding may cause thermal damage to the workpiece and wheel. To
avoid this, grinding fluids are often used, but their effects are not well understood. A simple …

It is generally accepted that heat generation is the limiting factor in the grinding process due
to the thermal damage associated with it. To combat this energy transfer, a cutting fluid is …

In this study, the workpiece temperature is predicted by the thermal model presented in the
previous paper. Also, the grinding energy when the fluid begins to cause boiling is defined …

This paper aims to'clarify workpiece temperature and the mechanism of grinding burn in
creep feed grinding. a three dimensional finite element method. The workpiece is modelled …

The purpose of this study is to determine the heat flux distribution and to estimate the
workpiece temperature in creep feed grinding. The sequential algorithm of the inverse heat …