The Experimental Study of Phase Transformation Heat─Transfer in Simulation of Grinding of Ti Alloy

Jia Long Ren; Wei Li; Hua Hang; Xiao Yan Guan

doi:10.4028/www.scientific.net/KEM.359-360.548

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The Experimental Study of Phase Transformation Heat─Transfer in Simulation of Grinding of Ti Alloy
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HomeKey Engineering MaterialsKey Engineering Materials Vols. 359-360The Experimental Study of Phase Transformation...

The Experimental Study of Phase Transformation Heat─Transfer in Simulation of Grinding of Ti Alloy

Abstract:

Enhancing the cooling to spread heat in the process of the material cutting and milling has positive effect on increasing the efficiency of cutting and milling and assuring the apparent mass of test sample cut and milled. Basing on the experiment about the mixture of fixed pressure, fixed air and different quantity of water atomizing jet cooling the Ti alloy, this article discusses performance and regulation of phase transformation heat—transfer of simulating grinding Ti alloy forced air cooling by the mixture of fixed pressure, fixed air and little water.