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 …

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 …

In cylindrical plunge grinding, a large amount of heat flows into the workpiece continuously,
accumulates and remains even after the process, which causes dimensional error …

Predicting the temperature distribution in the workpiece is of high importance to control and
prevent thermally induced damages in grinding. Grinding force has an oscillating nature …

Conventional grinding is usually carried out in upgrinding mode, with the wheel moving in
the opposite direction from the workpiece. In this paper, a thermal model is developed for …

By using experimental data including the monitored temperature and power signals,
combined with detailed theoretical analysis, the relationship between the undeformed …

In grind hardening, the heat dissipated in the cutting area during grinding is used for the
heat treatment of the workpiece. Analytical and numerical techniques have been employed …

This paper investigates the feasibility to achieve grinding-hardening in a plunge cylindrical
grinding process. To understand the mechanisms, a temperature-dependent finite element …

This paper is concerned with the analyses of grinding geometry and kinematics in the
grinding zone and develops a thermal model, along with a chip-thickness-dependent value …

This is Part III of a 3 part series on the Mechanics of the Grinding Process. Part I deals with
the stochastic nature of the grinding process, Part II deals with the thermal analysis of the …