Publications
The Influence of Spindle Speed on the Micromachining Process
The Influence of Cutting Edge Sharpness on Surface Finish in Facing with Round Nosed Cutting Tools
The range of and particularly the minimum surface roughnesses achievable mainly with cemented carbide but also with single crystal diamond round nosed turning and facing inserts has been experimentally studied, machining aluminium and steel on …
Crystallographic Orientation Effect on Burr Formation in Micromilling of OFHC Copper
Effects of Ion-Shot Coolant System on Cutting of the Ferrous material with a Diamond Tool
A special coolant system called ‘ion-shot coolant system’ was developed for machining of the ferrous material with a diamond tool. It consists of ELID (Electrolytic In-process Dressing) liquid and nanometer size carbon particles. A series …
Effects of Elid-Electrolytic Coolant with Nanometer Size Carbon Particles on the Cutting Phenomena
To overcome difficulty in machining of a ferrous material with a diamond tool, a new coolant system named ‘ion-shot coolant system’ was developed utilizing ELID (Electrolytic In-process Dressing) electrolytic coolant and nanometer size carbon particles. …
Investigation of the Effects of an Electrolytic Coolant with a Nano Carbon Additive in Diamond Micro Cutting on Ferrous Materials
A special coolant system called ‘Ion-shot coolant system’ which consists of an electrolytic liquid and a nano carbon additive was developed. A series of experimental studies had been conducted to understand the effects of the …
Micro Cutting of Ferrous Materials Using Diamond Tool with Carbon Particle Additive and Ionized Coolant
A new coolant for micro cutting of ferrous materials using a diamond tool was proposed. The effects of the new coolant (ion-shot coolant) which consists of ionized coolant and carbon particles on two steel materials, …