Innovative grinding wheel design for cost-effective machining of advanced ceramics | Zendy

R. Licht | Zendy; P. S. Kuo | Zendy; Silang Liu | Zendy; Derek Murphy | Zendy; J.W. Picone | Zendy; Seemanti Ramanath | Zendy

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Innovative grinding wheel design for cost-effective machining of advanced ceramics

Author(s) -

R. Licht,

P. S. Kuo,

Silang Liu,

Derek Murphy,

J.W. Picone,

Seemanti Ramanath

Publication year - 2000

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/755534

Subject(s) - grinding , machining , ceramic , grinding wheel , mechanical engineering , materials science , phase (matter) , manufacturing engineering , engineering , engineering drawing , metallurgy , physics , quantum mechanics

This Final Report covers the Phase II Innovative Grinding Wheel (IGW) program in which Norton Company successfully developed a novel grinding wheel for cost-effective cylindrical grinding of advanced ceramics. In 1995, Norton Company successfully completed the 16-month Phase I technical effort to define requirements, design, develop, and evaluate a next-generation grinding wheel for cost-effective cylindrical grinding of advanced ceramics using small prototype wheels. The Phase II program was initiated to scale-up the new superabrasive wheel specification to larger diameters, 305-mm to 406-mm, required for most production grinding of cylindrical ceramic parts, and to perform in-house and independent validation grinding tests

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