Journal, Volume 38 |
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Page 108
... tungsten - titanium carbide tool ( X1500 ) . Fig . 4. Worn flank surface , many grains torn out ; tungsten- titanium carbide tool ( X1500 ) . The If the worn flank surfaces are examined micro- scopically some crumbling of the cutting ...
... tungsten - titanium carbide tool ( X1500 ) . Fig . 4. Worn flank surface , many grains torn out ; tungsten- titanium carbide tool ( X1500 ) . The If the worn flank surfaces are examined micro- scopically some crumbling of the cutting ...
Page 117
... tungsten carbide tool is given in Fig . 22. A large built - up edge occurred up to slightly higher speeds than with the tungsten - titanium - carbide tool , though the difference was not great and the slopes of the lines were very ...
... tungsten carbide tool is given in Fig . 22. A large built - up edge occurred up to slightly higher speeds than with the tungsten - titanium - carbide tool , though the difference was not great and the slopes of the lines were very ...
Page 124
... tungsten carbide tools on this material . This upper limit was much higher than for tungsten carbide tools on any other steel tested , and was even higher than for the tungsten - titanium carbide tools on the free cutting steel ( Fig ...
... tungsten carbide tools on this material . This upper limit was much higher than for tungsten carbide tools on any other steel tested , and was even higher than for the tungsten - titanium carbide tools on the free cutting steel ( Fig ...
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aeroplane aircraft industry alloy aluminium application assembly Associate Member automatic automation beryllium British built-up edge carbide tools Chairman College Committee Company components Conference cost Council course cratering cutter cutting speed Director economic effect efficiency electrical electroforming equipment export factory feed field finish firms gear Graduates to Associate important increase industrial engineering inspection Institution of Production interest Journal labour lecture London Lord Halsbury machine tools magnesium manufacture material mechanical meeting ment metal methods milling Ministry of Supply necessary niobium operation operational research organisation output Paper particular planning plant position possible present problems production engineering programme quality control Section stage standard steel Student to Graduate surface technical techniques temperature tion titanium titanium carbide trade trades unions transfer press transport tungsten carbide United Kingdom waveguide zirconium