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 …

The study of grinding contact zone temperature and temperature distribution in the
workpiece during high efficiency deep surface grinding (HEDSG) is important for the quality …

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 …

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 …

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 …

Thermal damage and residual stresses [1] are responsible for defects in grinding process,
so it is important to study the factors which affect grinding temperatures. This paper presents …

The heat generated in the grinding zone plays an important role in the phase transformation
that would alter the residual stress formation and surface integrity of work materials. Heat …

Although there have been many theoretical, numerical and experimental studies focusing on
grinding temperature, very few of them investigated the temperature domain when …

This study proposes a parabolic distribution for heat flux entering the grinding zone of a
workpiece. Based on such a heat flux distribution, the study presents a finite element model …

A heat transfer model for grinding has been developed based on the finite difference method
(FDM). The proposed model can solve transient heat transfer problems in grinding, and has …