Relatively high surface speeds of the wheel and large
contact area between the wheel and workpiece cause a stiff
boundary layer to form around the wheel periphery, which
restricts the flow of cutting fluids into the grinding zone
[4,5]. This leads to ineffective lubrication and cooling by
carrying away the heat from within the grinding zone. The
film boiling of the cutting fluid is another limitation to the
stock removal [6]. Grinding fluids also incur a major portion
of the total manufacturing cost [7]. Moreover, the use of it is
not advisable as it can have negative impact on workers,
health [8]. All these factors prompted many investigations
on the development of new abrasive technologies with fluid
minimization or elimination strategies by substituting their
functions through some other means [7–12].