Reduction of Tool Wear by Using Aluminium Oxide Nano Particles with Experimental Analysis

摘要

The purpose of this paper is to find the cutting forces, cutting temperatures, surface finish and tool wear of the samples of aluminium oxide nano particles are measured during the machining under constant cutting conditions, using HSS. In Al2O3 content are formulated and used in machining. In the present work, cooling abilities of the fluid are assessed by the carrying out machining tests using the fluids with and without nano particles (aluminum Nano tube) inclusions, such as 1%, 2%, and 3% nano particles. The wear test of the cutting tool conducted on pin on disk machine. Hence, it has constantly been the drive to device techniques for reducing friction and temperatures associated with metal cutting. Nano fluids are engineered colloidal suspensions of nano particles (1-100 nm) in a base fluid. The applicability of the fluids as coolants is mainly due to the enhanced thermal conductivity of the fluids due to the solid particle inclusion.