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martensite. In the machining process there will also be<br />
great force action and extreme heat between the rake face<br />
and the chips. So the chips tend to adhere to the blade and<br />
form build-ups, and most of the heat produced in cutting<br />
goes to the tool and rise the tool temperature, which<br />
together worsen the tool wearing. As a result, common<br />
tools can serve only for shorter life, work less efficiently<br />
while more consumptively, and develop parts of much<br />
lower precision and poorer surface quality. Thus it is<br />
necessary to use tools special for stainless steel<br />
machining, in this case professional tools from a Swedish<br />
tool company and from OSG, and to define and control<br />
exactly the suitable machine rotation speed, tool feed and<br />
cut depth. Only by those means desirable cutting is<br />
attainable.<br />
IV. CLOSING REMARKS<br />
Thanks to its good comprehensive performances,<br />
particularly its high plasticity, tenacity, elongation,<br />
contraction of area and impact toughness, steel<br />
0Cr18Ni10Ti is desirable for production of coupling<br />
disks. Use of the steel makes coupling easier to machine,<br />
less costly, lighter and more easily to<br />
assemble/disassemble. Moreover, it makes the coupling<br />
more efficient and reliable in transmission operation. The<br />
application of the steel is more advantageous than<br />
previously used1Cr18Ni9Ti, 0Cr18Ni9 and/or 65Mn.<br />
Nevertheless, in production of the material it is vital to<br />
control its chemical composition, particularly the<br />
percentages of Cr, Ni and Ti, and to control the technical<br />
processes, so that intergranular corrosion is avoided.On<br />
the basis of profiling&following control algorithm<br />
processing is uesd in processing,and three elements of<br />
machining by cutting is introduced to parctical use ,the<br />
results is well.<br />
Besides, it needs to adopt solution heat<br />
treatment and stabilization treatment so as to improve and<br />
better the material’s comprehensive performances and<br />
corrosion-resistance.<br />
REFERENCES<br />
[1] WANG Jing-wen: Structure & Properties of Colddeformed<br />
and Recrystallized 1Cr18Ni9Ti Austenitic<br />
Stainless Stee.Hot Working Technology, 2007,(02): 26-29<br />
[2] GU Mei-lin, HUANG Chuan-zhen, XIAO Shou-rong:<br />
Study on Cutting Performance of TiB2 Matrix Ceramic<br />
Tool in Machining Stainless Steel. Manufacturing<br />
Technology& Machine Tool, 2008, (08):88-91<br />
[3] ZHANG Yi-ping: Study on Corrosion among Crystalline<br />
Grains and Heat-treatment Technique of 1Cr1 8Ni9Ti.<br />
Coal Mine Machinery, 2006, 27 (07): 119-121<br />
[4] FU Qian-jin, ZHANG Bo, LIU Si-qin et al: Research for<br />
Forging Process of 0Cr18Ni10Ti Steel. Heavy Casting and<br />
Forging, 2001, (04):3-6<br />
[5] G. Eason, B. Noble, and I. N. Sneddon, “On certain<br />
integrals of Lipschitz-Hankel type involving products of<br />
Bessel functions,” Phil. Trans. Roy. Soc. London, vol.<br />
A247, pp. 529–551, April 1955.<br />
[6] CHEN Rui, LIU Jing, PANG YU-si: Study of<br />
Intercrystalline Corrosion Test on 1Cr18Ni9Ti Stainless<br />
Steel.Henan Metallurgy, 2006, 14 (04): 14-17<br />
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