Results 141 to 150 of about 1,146 (177)
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Performance of Laser Brazing Diamond Grinding Wheel in Face Grinding
Key Engineering Materials, 2011A new technology kind of brazed monolayer cup diamond grinding wheel was developed via laser in an argon atmosphere. Grinding performances of this kind of brazed wheel in the surface grinding of the granites were studied. The experiment results show that the normal grinding forces and wear of diamond grits become higher with the increasing of the ...
Zhi Bo Yang +3 more
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Precision internal grinding with a metal-bonded diamond grinding wheel
Journal of Materials Processing Technology, 2000Abstract A metal-bonded grinding wheel, compared with conventional grinding wheels, offers the advantage of high hardness, high holding ability and finer usable abrasive grit mesh sizes. The truing and dressing of a metal-bonded diamond (MBD) wheel, in practice, are very difficult. To grind small-diameter internal cylindrical surface with MBD-wheels,
Jun Qian, Wei Li, Hitoshi Ohmori
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Precision form Grinding of Ceramic Materials with Diamond Grinding Wheel
Key Engineering Materials, 2007Ceramic is difficult to cut with normal machining method in precision intricate profile. The grinding process with diamond abrasive wheel is an effective process to machining ceramic materials. In this paper, a precise form-grinding method of ceramic materials with diamond grinding wheel is introduced.
Zhong Ming Cui, Deng Jie Zhu, Lei Du
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Lithia-rich vitrified bonded diamond grinding wheels for grinding polycrystalline diamond tools
International Journal of Machining and Machinability of Materials, 2009A vitrified bond based on the Li2O-Al2O3-SiO2 glass ceramic system was used to bond diamond grains to form a grinding wheel capable of grinding polycrystalline diamond compacts (PDC). Several factors that influence the properties of the grinding wheel such as the quantity of vitrified bond and the type of filler in the grinding wheel were investigated.
Mark J. Jackson +2 more
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Recognition of diamond grains on surface of fine diamond grinding wheel
Frontiers of Mechanical Engineering in China, 2008The accurate evaluation of grinding wheel surface topography, which is necessary for the investigation of the grinding principle, optimism, modeling, and simulation of a grinding process, significantly depends on the accurate recognition of abrasive grains from the measured wheel surface.
Fengwei Huo +4 more
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The grinding of tool steels with a diamond abrasive wheel
International Journal of Machine Tool Design and Research, 1974Abstract During the grinding of steels, diamond abrasive grains are thought to be worn away as a result of abrasive and chemical action between the grain and the workpiece materials. As the working grains in a wheel become blunter, the cutting forces acting on those grains increase in magnitude. The following work describes the results of plunge-type
W. Graham, A. Nee
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A study of grinding silicon nitride and cemented carbide materials with diamond grinding wheels
Production Engineering, 2009This paper presents selected results of the grinding of silicon nitride and cemented carbide materials with diamond grinding wheels, which will in later research be extended to the grinding of ceramic-cemented carbide compound drill tools. In these fundamental experiments four different types of diamond grinding wheels were used in face grinding ...
Dirk Biermann, Evelyn Würz
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Grinding of titanium alloys by Elbor and diamond wheels
Russian Engineering Research, 2013The grinding of titanium alloys by Elbor and diamond wheels with ceramic and organic binders is analyzed. There is considerable scope for increasing the efficiency of grinding.
Z. I. Kremen’ +2 more
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Recent Patent on Diamond Grinding Wheel Dressing
Recent Patents on EngineeringDiamond grinding wheels, particularly the advanced single-layer brazed variants, are indispensable for efficiently machining hard materials such as ceramics. Effective dressing is crucial, as it optimizes the wheel's isotropy and rotational accuracy, thereby ensuring precise machining.
Yudong Bao, Qiliang Zhang, Mingtao Wu
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