Nowadays, commercial computer programs based on the finite element flow formulation
such as DEFORM, FORGE, QFORM and eesy-2-form are standard engineering tools for …

Nanoparticles are solid nanoscale particles with features such as antiwear, antifriction, and
high load-carrying capacity. This research applied nanoparticles in the cooling lubrication of …

This study attempts to quantify the amount of heat that goes into the workpiece during
grinding processes. A new two dimensional transient heat conduction finite element model …

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 …

The purpose of this work was to experimentally validate numerical thermal models of the dry
grinding manufacturing processes. Two models were developed: one for low depths of cut …

Abstract Minimum Quantity Lubrication (MQL) system has successfully replaced the
conventional cooling system of machining with its remarkable advantages and environment …

Contact zone thermal models of the grinding process are an important tool for the proper
selection of process parameters to minimize workpiece damage while improving process …

The finishing processes of parts have been carried out mainly by abrasive grinding
techniques. Grinding is a theoretically well-elaborated and widespread machining process …

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 …

The thermal models of the grinding process are an important tool for predicting temperature
to minimize workpiece thermal damage while improving process efficiency. According to …