Grinding can be described as a multi-tooth metal cutting operation in which material is
generally removed by shearing and ploughing in the form of micro sized chips by the …

H igh-speed deep grinding (HSDG) technology was developed based on high-speed and
creep-feed grinding techniques. 1-3 What mainly distinguishes HSDG from creep-feed …

Since inception, metal machining processes have always focussed on performance
improvement in terms of better surface quality, reduced cutting forces, enhanced tool life and …

Use of water-base coolant is a pre-requisite in an high speed grinding process to avoid
thermal damage and to achieve better surface integrity as well as higher grinding ratio …

Providing sufficient provisions to transfer heat from the work-tool interface is a key to improve
tool life and surface integrity. With the conventional flood cooling system where the coolant …

Grinding requires high specific energy and the consequent development of high
temperature impairs workpiece quality by inducing tensile residual stress, burn, micro cracks …

Regimes of deep grinding range from creep grinding conducted at low workspeeds to High
Efficiency Deep Grinding (HEDG) at fast workspeeds. At intermediate depths of cut, grinding …

Grinding requires high specific energy and the consequent development of high
temperature at tool-workpiece contact zone impairs workpiece quality by inducing thermal …

Grinding is inherently characterized by very high localized heating. Usually the high grinding
zone temperature is controlled by copious supply of cutting fluid. But really, such cooling is …

The combination of ultra hard abrasives and the high speed grinding process enables the
fragmentation of chips into smaller size to accommodate a higher feed rate. However, the …