This work uses validated 2D and 3D finite element models of the creep-feed grinding
operation to study the effects of face cooling on the workpiece temperatures. The results …

High energy input of grinding that is dissipated as heat in grinding zone leads to thermal
damage to the workpiece material. Heat transfer phenomena during deep cut grinding in …

Creep-feed grinding is an advanced machining process widely used in the manufacturing
industry for complex engineering parts and components. Research and applications have …

Creep feed grinding is a mechanical process that allows for a higher removal rate of material
when compared to surface grinding. The risk of thermal damage is also present in creep …

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 …

Temperatures generated in the workpiece during straight surface plunge grinding follow a
transient behavior as the grinding wheel engages with and disengages from the workpiece …

In this dissertation, comprehensive thermal models are developed to account for the
influence of grinding conditions on the temperatures generated. Various aspects of the heat …

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 …

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 …